{ "about": "One run of the cross-simulator corpus: every check, its measured value and its tolerance. tools/compare.py writes it.", "tier": "full", "inject": null, "host": { "system": "Darwin", "machine": "arm64", "release": "27.2.0", "cpu": "Apple M3 Ultra", "memory_bytes": 274877906944, "os": "macOS 27.2.1", "logical_cpus": 32, "load_average": [ 76.0341796875, 78.02490234375, 66.2802734375 ] }, "versions": { "cirq-core": "1.7.0", "mqt.core": "3.11.0", "mqt.ddsim": "2.7.0", "numpy": "2.5.4", "python": "3.12.16", "qiskit": "2.6.2", "qiskit-aer": "0.18.2", "qsimcirq": "0.22.1", "quimb": "1.15.0", "scipy": "1.18.1", "stim": "1.16.0" }, "engine_under_test": { "driver": "cross_simulator", "build": "wai/wai-quantum fa7f3d5f643b290ac9ef23cdb44f85071ce71b2c, wai/wai-quantum-qpu 9d96ed2e35ff1dedddc242e02d709781fc41b0f4, wai/wai-quantum-cli 04efb0fce4b6863aa99c5197fafadcbc08b3175a, wai/quantum-cross-simulator/tools 110a19705e2ac2d14a0c3830114e1965a454f2a4, wai/quantum-cross-simulator/corpus 3938a66b757ea0cdcd2c4026b264563d66e51263; rustc 1.99.1 (58cf8f9c3 2026-10-13)" }, "seconds": 3936.0, "summary": { "pass": 1973, "refused": 11, "not run": 16, "info": 15, "known": 16 }, "checks": [ { "entry": "corpus", "engine": "corpus.py", "quantity": "circuits whose text differs from the manifest", "measured": [], "tolerance": [], "status": "pass" }, { "entry": "corpus", "engine": "exact", "quantity": "the extension's phase table P(1..32): the integer reference's cos and sin, rounded to the nearest 2^-30, against the referee's", "measured": [], "tolerance": [], "status": "pass" }, { "entry": "bit_order_x_low", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 0.0, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.0, "global_phase": 0.0 }, { "entry": "bit_order_x_low", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 0.0, "tolerance": 8.881784197001252e-16, "status": "pass" }, { "entry": "bit_order_x_low", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 0.0, "tolerance": 2.2965544605210906e-15, "status": "pass" }, { "entry": "bit_order_x_low", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "bit_order_x_low", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 4.700863032062479e-15, "status": "pass", "note": "double precision, fusion width 3", "strict": 0.0, "global_phase": 0.0, "seconds": 0.000135333 }, { "entry": "bit_order_x_low", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 4.871667415400809e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 0.0, "global_phase": 0.0, "seconds": 7.325e-05 }, { "entry": "bit_order_x_low", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 4.871667415400809e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 0.0, "global_phase": 0.0, "seconds": 8.0792e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "bit_order_x_low", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 4.700863032062479e-15, "status": "pass", "note": "double precision, gate by gate", "strict": 0.0, "global_phase": 0.0, "seconds": 0.5732906249977532 }, { "entry": "bit_order_x_low", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 1.468476820049565e-13, "status": "pass", "note": "double precision, a contraction of width 5.0", "strict": 0.0, "global_phase": 0.0, "seconds": 0.001266167004359886 }, { "entry": "bit_order_x_low", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 1.3666778863689539e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 0.0, "global_phase": 0.0, "seconds": 0.006985833999351598 }, { "entry": "bit_order_x_low", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 1.3077299742866642e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 0.0, "global_phase": 0.0, "seconds": 0.0019258749962318689 }, { "entry": "bit_order_x_low", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 5, "tolerance": 5, "status": "pass" }, { "entry": "bit_order_x_low", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 1.8582999473437667e-05 }, { "entry": "bit_order_x_low", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 1.2084e-05 }, { "entry": "bit_order_x_low", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 0, "tolerance": 0, "status": "pass" }, { "entry": "bit_order_x_low", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 9.725e-05 }, { "entry": "bit_order_x_low", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 0.0, "tolerance": 4.440892098500626e-16, "status": "pass", "note": "planned exact" }, { "entry": "bit_order_x_high", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 0.0, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.0, "global_phase": 0.0 }, { "entry": "bit_order_x_high", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 0.0, "tolerance": 8.881784197001252e-16, "status": "pass" }, { "entry": "bit_order_x_high", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 0.0, "tolerance": 2.2965544605210906e-15, "status": "pass" }, { "entry": "bit_order_x_high", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "bit_order_x_high", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 4.700863032062479e-15, "status": "pass", "note": "double precision, fusion width 3", "strict": 0.0, "global_phase": 0.0, "seconds": 1.3042e-05 }, { "entry": "bit_order_x_high", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 4.871667415400809e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 0.0, "global_phase": 0.0, "seconds": 0.000112417 }, { "entry": "bit_order_x_high", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 4.871667415400809e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 0.0, "global_phase": 0.0, "seconds": 6.975e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "bit_order_x_high", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 4.700863032062479e-15, "status": "pass", "note": "double precision, gate by gate", "strict": 0.0, "global_phase": 0.0, "seconds": 0.6079134160027024 }, { "entry": "bit_order_x_high", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 1.468476820049565e-13, "status": "pass", "note": "double precision, a contraction of width 5.0", "strict": 0.0, "global_phase": 0.0, "seconds": 0.0011830410003312863 }, { "entry": "bit_order_x_high", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 1.3666778863689539e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 0.0, "global_phase": 0.0, "seconds": 0.005711749996407889 }, { "entry": "bit_order_x_high", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 1.3077299742866642e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 0.0, "global_phase": 0.0, "seconds": 0.001753666998411063 }, { "entry": "bit_order_x_high", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 5, "tolerance": 5, "status": "pass" }, { "entry": "bit_order_x_high", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 1.820900070015341e-05 }, { "entry": "bit_order_x_high", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 2.833e-06 }, { "entry": "bit_order_x_high", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 0, "tolerance": 0, "status": "pass" }, { "entry": "bit_order_x_high", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 5.9125e-05 }, { "entry": "bit_order_x_high", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 0.0, "tolerance": 4.440892098500626e-16, "status": "pass", "note": "planned exact" }, { "entry": "bit_order_product", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.101340961075098e-09, "tolerance": 4.4478839744439606e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.6636598699191941, "global_phase": -0.6764855256910371 }, { "entry": "bit_order_product", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 9.271193984589905e-09, "tolerance": 4.447883983325745e-07, "status": "pass" }, { "entry": "bit_order_product", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.1686050303392196e-15, "tolerance": 6.003997213418409e-14, "status": "pass" }, { "entry": "bit_order_product", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "bit_order_product", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.7994248207898495e-16, "tolerance": 5.6410356384752665e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.853028722211445e-16, "global_phase": -5.504485103160786e-17, "seconds": 2.6792e-05 }, { "entry": "bit_order_product", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5470875668068414e-16, "tolerance": 3.166583820010611e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.7214193512736154e-16, "global_phase": -7.54854054484019e-17, "seconds": 8.2625e-05 }, { "entry": "bit_order_product", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5470875668068414e-16, "tolerance": 3.166583820010611e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.7214193512736154e-16, "global_phase": -7.54854054484019e-17, "seconds": 8.1167e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "bit_order_product", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.949534607949252e-16, "tolerance": 5.6410356384752665e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 3.964222321740644e-16, "global_phase": -3.4093253995171833e-17, "seconds": 0.5451736250033719 }, { "entry": "bit_order_product", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.718413879481438e-16, "tolerance": 1.134612720231851e-12, "status": "pass", "note": "double precision, a contraction of width 6.0", "strict": 2.773703885184681e-16, "global_phase": -5.510528309801803e-17, "seconds": 0.0016100829961942509 }, { "entry": "bit_order_product", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.928203655289495e-17, "tolerance": 1.9128618742088685e-11, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.011275315895486e-17, "global_phase": 9.959077994004481e-18, "seconds": 0.005594917005510069 }, { "entry": "bit_order_product", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8065407544283725e-07, "tolerance": 1.5692985431664063e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.8082357865143764e-07, "global_phase": -7.827618484916611e-09, "seconds": 0.001705208000203129 }, { "entry": "bit_order_product", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 3.0507640531160663e-09, "tolerance": 4.4478839788848527e-07, "status": "pass", "note": "planned exact" }, { "entry": "bit_order_control", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 0.0, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.0, "global_phase": 0.0 }, { "entry": "bit_order_control", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 0.0, "tolerance": 8.881784197001252e-16, "status": "pass" }, { "entry": "bit_order_control", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 0.0, "tolerance": 3.7049305013420606e-15, "status": "pass" }, { "entry": "bit_order_control", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "bit_order_control", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 9.401726064125002e-15, "status": "pass", "note": "double precision, fusion width 3", "strict": 0.0, "global_phase": 0.0, "seconds": 2.0292e-05 }, { "entry": "bit_order_control", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 7.307501123101233e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 0.0, "global_phase": 0.0, "seconds": 6.85e-05 }, { "entry": "bit_order_control", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 7.307501123101233e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 0.0, "global_phase": 0.0, "seconds": 7.4291e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "bit_order_control", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 9.401726064125002e-15, "status": "pass", "note": "double precision, gate by gate", "strict": 0.0, "global_phase": 0.0, "seconds": 0.5870429999995395 }, { "entry": "bit_order_control", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.3306690738754696e-16, "tolerance": 6.120442760161298e-14, "status": "pass", "note": "double precision, a contraction of width 4.0", "strict": 3.3306690738754696e-16, "global_phase": 0.0, "seconds": 0.0014765830055694096 }, { "entry": "bit_order_control", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 2.2786084218528912e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 0.0, "global_phase": 0.0, "seconds": 0.007026042003417388 }, { "entry": "bit_order_control", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 2.6154633688797537e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 0.0, "global_phase": 0.0, "seconds": 0.0016212910049944185 }, { "entry": "bit_order_control", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 4, "tolerance": 4, "status": "pass" }, { "entry": "bit_order_control", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 8.695800352143124e-05 }, { "entry": "bit_order_control", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 3.375e-06 }, { "entry": "bit_order_control", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 0, "tolerance": 0, "status": "pass" }, { "entry": "bit_order_control", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 6.4584e-05 }, { "entry": "bit_order_control", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 0.0, "tolerance": 4.440892098500626e-16, "status": "pass", "note": "planned exact" }, { "entry": "empty_register", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 0.0, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.0, "global_phase": 0.0 }, { "entry": "empty_register", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 0.0, "tolerance": 8.881784197001252e-16, "status": "pass" }, { "entry": "empty_register", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 0.0, "tolerance": 8.881784197001252e-16, "status": "pass" }, { "entry": "empty_register", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "empty_register", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 0.0, "status": "pass", "note": "double precision, fusion width 3", "strict": 0.0, "global_phase": 0.0, "seconds": 3.75e-07 }, { "entry": "empty_register", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 2.4358337077003988e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 0.0, "global_phase": 0.0, "seconds": 7.1e-05 }, { "entry": "empty_register", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 2.4358337077003988e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 0.0, "global_phase": 0.0, "seconds": 8.6042e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "empty_register", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 0.0, "status": "pass", "note": "double precision, gate by gate", "strict": 0.0, "global_phase": 0.0, "seconds": 0.6134894999995595 }, { "entry": "empty_register", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 0.0, "global_phase": 0.0, "seconds": 0.0030943329984438606 }, { "entry": "empty_register", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 0.0, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 0.0, "global_phase": 0.0, "seconds": 0.00550358399777906 }, { "entry": "empty_register", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0, "tolerance": 0.0, "status": "pass", "note": "single precision, fusion width 2", "strict": 0.0, "global_phase": 0.0, "seconds": 0.0015655000024707988 }, { "entry": "empty_register", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 3, "tolerance": 3, "status": "pass" }, { "entry": "empty_register", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 2.320900239283219e-05 }, { "entry": "empty_register", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 1.584e-06 }, { "entry": "empty_register", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 0, "tolerance": 0, "status": "pass" }, { "entry": "empty_register", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 5.7875e-05 }, { "entry": "empty_register", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 0.0, "tolerance": 4.440892098500626e-16, "status": "pass", "note": "planned exact" }, { "entry": "one_qubit", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.886171750317574e-12, "tolerance": 3.179734171119112e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 7.886171750317574e-12, "global_phase": 0.0 }, { "entry": "one_qubit", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.886171750317574e-12, "tolerance": 3.1797350592975317e-09, "status": "pass" }, { "entry": "one_qubit", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.5700924586837752e-16, "tolerance": 2.2965544605210906e-15, "status": "pass" }, { "entry": "one_qubit", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "one_qubit", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 4.700863032062479e-15, "status": "pass", "note": "double precision, fusion width 3", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 1.3667e-05 }, { "entry": "one_qubit", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 4.871667415400809e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 6.575e-05 }, { "entry": "one_qubit", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 4.871667415400809e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 6.9333e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "one_qubit", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.865115929175827e-17, "tolerance": 4.700863032062479e-15, "status": "pass", "note": "double precision, gate by gate", "strict": 8.865115929175827e-17, "global_phase": 0.0, "seconds": 0.6890946249986882 }, { "entry": "one_qubit", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.865115929175827e-17, "tolerance": 2.8167520816419354e-15, "status": "pass", "note": "double precision, a contraction of width 1.0", "strict": 8.865115929175827e-17, "global_phase": 0.0, "seconds": 0.0008490000036545098 }, { "entry": "one_qubit", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 4.571831845943713e-13, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 0.012588457997480873 }, { "entry": "one_qubit", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7114271035800384e-08, "tolerance": 1.3077299742866642e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.7114271035800384e-08, "global_phase": 0.0, "seconds": 0.0018737499995040707 }, { "entry": "one_qubit", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 1, "tolerance": 1, "status": "pass" }, { "entry": "one_qubit", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 2.5042005290742964e-05 }, { "entry": "one_qubit", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 2.792e-06 }, { "entry": "one_qubit", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 1, "tolerance": 1, "status": "pass" }, { "entry": "one_qubit", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 9.6209e-05 }, { "entry": "one_qubit", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.576365522251341e-12, "tolerance": 3.179734615208322e-09, "status": "pass", "note": "planned exact" }, { "entry": "top_index_n20", "engine": "aer.statevector ~ ddsim.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.1102230246251565e-16, "tolerance": 9.627989877124816e-12, "status": "pass" }, { "entry": "top_index_n20", "engine": "aer.statevector ~ qsim.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.7114271182663092e-08, "tolerance": 2.6154634423035948e-06, "status": "pass" }, { "entry": "top_index_n20", "engine": "aer.statevector ~ quimb.dense", "quantity": "distance between the two states, modulo a global phase", "measured": 1.1102230246251565e-16, "tolerance": 8.282556706659787e-14, "status": "pass" }, { "entry": "top_index_n20", "engine": "aer.statevector ~ wai.exact", "quantity": "distance between the two states, modulo a global phase", "measured": 7.886181897244677e-12, "tolerance": 2.302373546467205e-06, "status": "pass" }, { "entry": "top_index_n20", "engine": "aer.statevector ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.1102230246251565e-16, "tolerance": 8.282556706659787e-14, "status": "pass" }, { "entry": "top_index_n20", "engine": "ddsim.statevector ~ qsim.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.7114271104158468e-08, "tolerance": 2.61547292344579e-06, "status": "pass" }, { "entry": "top_index_n20", "engine": "ddsim.statevector ~ quimb.dense", "quantity": "distance between the two states, modulo a global phase", "measured": 1.5700924586837752e-16, "tolerance": 9.563967762186469e-12, "status": "pass" }, { "entry": "top_index_n20", "engine": "ddsim.statevector ~ wai.exact", "quantity": "distance between the two states, modulo a global phase", "measured": 7.886103392230998e-12, "tolerance": 2.3023830276094e-06, "status": "pass" }, { "entry": "top_index_n20", "engine": "ddsim.statevector ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 0.0, "tolerance": 9.563967762186469e-12, "status": "pass" }, { "entry": "top_index_n20", "engine": "qsim.statevector ~ quimb.dense", "quantity": "distance between the two states, modulo a global phase", "measured": 1.7114270790139978e-08, "tolerance": 2.6154633782814798e-06, "status": "pass" }, { "entry": "top_index_n20", "engine": "qsim.statevector ~ wai.exact", "quantity": "distance between the two states, modulo a global phase", "measured": 1.71221572075507e-08, "tolerance": 4.9178368419231175e-06, "status": "pass" }, { "entry": "top_index_n20", "engine": "qsim.statevector ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.7114271104158468e-08, "tolerance": 2.6154633782814798e-06, "status": "pass" }, { "entry": "top_index_n20", "engine": "quimb.dense ~ wai.exact", "quantity": "distance between the two states, modulo a global phase", "measured": 7.886260401476866e-12, "tolerance": 2.30237348244509e-06, "status": "pass" }, { "entry": "top_index_n20", "engine": "quimb.dense ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.5700924586837752e-16, "tolerance": 1.8803452128250005e-14, "status": "pass" }, { "entry": "top_index_n20", "engine": "wai.exact ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 7.886103392230998e-12, "tolerance": 2.30237348244509e-06, "status": "pass" }, { "entry": "ghz_n2", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 0, "tolerance": 1099511627776, "status": "pass" }, { "entry": "ghz_n2", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.886171750317574e-12, "tolerance": 4.49682318953782e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 7.886171750317574e-12, "global_phase": 0.0 }, { "entry": "ghz_n2", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.886171750317574e-12, "tolerance": 4.49682407771624e-09, "status": "pass" }, { "entry": "ghz_n2", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.5700924586837752e-16, "tolerance": 3.7049305013420606e-15, "status": "pass" }, { "entry": "ghz_n2", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "ghz_n2", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 9.401726064125002e-15, "status": "pass", "note": "double precision, fusion width 3", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 1.8833e-05 }, { "entry": "ghz_n2", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 7.307501123101233e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 7.7625e-05 }, { "entry": "ghz_n2", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 7.307501123101233e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 7.775e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "ghz_n2", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.865115929175827e-17, "tolerance": 9.401726064125002e-15, "status": "pass", "note": "double precision, gate by gate", "strict": 8.865115929175827e-17, "global_phase": 0.0, "seconds": 0.6593772080013878 }, { "entry": "ghz_n2", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.026696510285133e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 4.026696510285133e-16, "global_phase": 0.0, "seconds": 0.0011467079966678284 }, { "entry": "ghz_n2", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 1.3691137200766543e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 0.00795504199777497 }, { "entry": "ghz_n2", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7114271035800384e-08, "tolerance": 2.6154633688797537e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.7114271035800384e-08, "global_phase": 0.0, "seconds": 0.004194083005131688 }, { "entry": "ghz_n2", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.576365522251341e-12, "tolerance": 4.49682363362703e-09, "status": "pass", "note": "planned exact" }, { "entry": "ghz_n3", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 0, "tolerance": 1099511627776, "status": "pass" }, { "entry": "ghz_n3", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.886171750317574e-12, "tolerance": 6.359468342238224e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 7.886171750317574e-12, "global_phase": 0.0 }, { "entry": "ghz_n3", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.886171750317574e-12, "tolerance": 6.359469230416644e-09, "status": "pass" }, { "entry": "ghz_n3", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.5700924586837752e-16, "tolerance": 5.113306542163034e-15, "status": "pass" }, { "entry": "ghz_n3", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "ghz_n3", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 1.8916e-05 }, { "entry": "ghz_n3", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 7.0125e-05 }, { "entry": "ghz_n3", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 7.5416e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "ghz_n3", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.865115929175827e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.865115929175827e-17, "global_phase": 0.0, "seconds": 0.6283797500000219 }, { "entry": "ghz_n3", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.166881427652682e-16, "tolerance": 2.8205178192375537e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 7.166881427652682e-16, "global_phase": 0.0, "seconds": 0.001421332999598235 }, { "entry": "ghz_n3", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 2.7357916064493307e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 0.006346625006699469 }, { "entry": "ghz_n3", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7114271035800384e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.7114271035800384e-08, "global_phase": 0.0, "seconds": 0.0018723750035860576 }, { "entry": "ghz_n3", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.576365522251341e-12, "tolerance": 6.359468786327434e-09, "status": "pass", "note": "planned exact" }, { "entry": "ghz_n5", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 0, "tolerance": 1099511627776, "status": "pass" }, { "entry": "ghz_n5", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.886171750317574e-12, "tolerance": 1.2718936684476448e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 7.886171750317574e-12, "global_phase": 0.0 }, { "entry": "ghz_n5", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.886171750317574e-12, "tolerance": 1.2718937572654868e-08, "status": "pass" }, { "entry": "ghz_n5", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.5700924586837752e-16, "tolerance": 7.930058623804993e-15, "status": "pass" }, { "entry": "ghz_n5", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "ghz_n5", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 2.0583e-05 }, { "entry": "ghz_n5", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 9.0208e-05 }, { "entry": "ghz_n5", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 0.000131291, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "ghz_n5", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.865115929175827e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.865115929175827e-17, "global_phase": 0.0, "seconds": 0.5655462499998976 }, { "entry": "ghz_n5", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1877158803704008e-15, "tolerance": 2.4474613667495144e-13, "status": "pass", "note": "double precision, a contraction of width 5.0", "strict": 1.1877158803704008e-15, "global_phase": 0.0, "seconds": 0.00218312499782769 }, { "entry": "ghz_n5", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 6.833389431881993e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 0.006074749995605089 }, { "entry": "ghz_n5", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7114271035800384e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.7114271035800384e-08, "global_phase": 0.0, "seconds": 0.0020199579957989044 }, { "entry": "ghz_n5", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.576365522251341e-12, "tolerance": 1.2718937128565658e-08, "status": "pass", "note": "planned exact" }, { "entry": "ghz_n8", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 0, "tolerance": 1099511627776, "status": "pass" }, { "entry": "ghz_n8", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.886171750317574e-12, "tolerance": 3.597458551630256e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 7.886171750317574e-12, "global_phase": 0.0 }, { "entry": "ghz_n8", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.886171750317574e-12, "tolerance": 3.597458640448098e-08, "status": "pass" }, { "entry": "ghz_n8", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.5700924586837752e-16, "tolerance": 1.2155186746267961e-14, "status": "pass" }, { "entry": "ghz_n8", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "ghz_n8", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 3.760690425650107e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 3.2417e-05 }, { "entry": "ghz_n8", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 2.1922503369304018e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 7.6459e-05 }, { "entry": "ghz_n8", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 2.1922503369304018e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 0.000136375, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "ghz_n8", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.865115929175827e-17, "tolerance": 3.760690425650107e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.865115929175827e-17, "global_phase": 0.0, "seconds": 0.5919818330003181 }, { "entry": "ghz_n8", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.757808339054176e-15, "tolerance": 7.474057491103321e-12, "status": "pass", "note": "double precision, a contraction of width 8.0", "strict": 2.757808339054176e-15, "global_phase": 0.0, "seconds": 0.01826262500253506 }, { "entry": "ghz_n8", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 1.639039130184232e-11, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 0.00599379200139083 }, { "entry": "ghz_n8", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7114271035800384e-08, "tolerance": 1.046193556287323e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.7114271035800384e-08, "global_phase": 0.0, "seconds": 0.0018461670042597689 }, { "entry": "ghz_n8", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.576365522251341e-12, "tolerance": 3.597458596039177e-08, "status": "pass", "note": "planned exact" }, { "entry": "ghz_n12", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 0, "tolerance": 1099511627776, "status": "pass" }, { "entry": "ghz_n12", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.886171750317574e-12, "tolerance": 1.4389834206521024e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 7.886171750317574e-12, "global_phase": 0.0 }, { "entry": "ghz_n12", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.886171750317574e-12, "tolerance": 1.4389834295338866e-07, "status": "pass" }, { "entry": "ghz_n12", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.5700924586837752e-16, "tolerance": 1.778869090955197e-14, "status": "pass" }, { "entry": "ghz_n12", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "ghz_n12", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 5.6410356384752665e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 0.000338042 }, { "entry": "ghz_n12", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 3.166583820010611e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 0.000137125 }, { "entry": "ghz_n12", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.9157615060679e-17, "tolerance": 3.166583820010611e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.9157615060679e-17, "global_phase": 0.0, "seconds": 0.000123834, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "ghz_n12", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.865115929175827e-17, "tolerance": 5.6410356384752665e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.865115929175827e-17, "global_phase": 0.0, "seconds": 0.5806908329977887 }, { "entry": "ghz_n12", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.071826830790931e-15, "tolerance": 6.99680530712346e-10, "status": "pass", "note": "double precision, a contraction of width 12.0", "strict": 3.071826830790931e-15, "global_phase": 0.0, "seconds": 0.005480833002366126 }, { "entry": "ghz_n12", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.835808657661923e-17, "tolerance": 3.549952337489475e-11, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.835808657661923e-17, "global_phase": 0.0, "seconds": 0.006075292003515642 }, { "entry": "ghz_n12", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7114271035800384e-08, "tolerance": 1.5692985431664063e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.7114271035800384e-08, "global_phase": 0.0, "seconds": 0.0021458750052261166 }, { "entry": "ghz_n12", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.576365522251341e-12, "tolerance": 1.4389834250929945e-07, "status": "pass", "note": "planned exact" }, { "entry": "qft_n3_x5", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 2, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qft_n3_x5", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.313392689245104e-10, "tolerance": 2.225813932221083e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 9.313392689245104e-10, "global_phase": 0.0 }, { "entry": "qft_n3_x5", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 9.313392689245104e-10, "tolerance": 2.225814021038925e-08, "status": "pass" }, { "entry": "qft_n3_x5", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.995802653854976e-16, "tolerance": 1.6380314868730963e-14, "status": "pass" }, { "entry": "qft_n3_x5", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "qft_n3_x5", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.252779016081387e-16, "tolerance": 4.230776728856391e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.257974101246671e-16, "global_phase": 1.5308084989341915e-17, "seconds": 2.5541e-05 }, { "entry": "qft_n3_x5", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1840584452439329e-16, "tolerance": 2.4358337077004524e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 4.3884324549296737e-16, "global_phase": 3.806340515408302e-16, "seconds": 7.5e-05 }, { "entry": "qft_n3_x5", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1840584452439329e-16, "tolerance": 2.4358337077004524e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 4.3884324549296737e-16, "global_phase": 3.806340515408302e-16, "seconds": 8e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "qft_n3_x5", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.632807079419969e-16, "tolerance": 4.230776728856391e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.6677932835798804e-16, "global_phase": 4.306366060497084e-17, "seconds": 0.5245923749971553 }, { "entry": "qft_n3_x5", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1359368202582151e-15, "tolerance": 1.2240885520323343e-13, "status": "pass", "note": "double precision, a contraction of width 4.0", "strict": 1.139868629242718e-15, "global_phase": 9.45940395232614e-17, "seconds": 0.0025643330009188503 }, { "entry": "qft_n3_x5", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.237121377012062e-16, "tolerance": 8.20737481939266e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.237121377012062e-16, "global_phase": 0.0, "seconds": 0.0057967909961007535 }, { "entry": "qft_n3_x5", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.702671112978455e-08, "tolerance": 1.1769692899611298e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.268347795371965e-08, "global_phase": -1.8378428171781463e-08, "seconds": 0.0020427499985089526 }, { "entry": "qft_n3_x5", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 4.684494700688649e-10, "tolerance": 2.225813976630004e-08, "status": "pass", "note": "planned exact" }, { "entry": "qft_n5_x19", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 2, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qft_n5_x19", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4342198696292555e-09, "tolerance": 1.0175149537108086e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 2.6361110763507337e-09, "global_phase": -1.0117584855042321e-09 }, { "entry": "qft_n5_x19", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.6361110763507337e-09, "tolerance": 1.0175149625925928e-07, "status": "pass" }, { "entry": "qft_n5_x19", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 4.742198977197559e-16, "tolerance": 3.468920339940439e-14, "status": "pass" }, { "entry": "qft_n5_x19", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "qft_n5_x19", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.2632379315606653e-16, "tolerance": 9.401726064125798e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 3.506724345492627e-16, "global_phase": 1.283897907660248e-16, "seconds": 3.7667e-05 }, { "entry": "qft_n5_x19", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.5859903063725824e-16, "tolerance": 5.1152507861710864e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 5.303815859586128e-16, "global_phase": 4.630671312859982e-16, "seconds": 7.5584e-05 }, { "entry": "qft_n5_x19", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.5859903063725824e-16, "tolerance": 5.1152507861710864e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 5.303815859586128e-16, "global_phase": 4.630671312859982e-16, "seconds": 8.6125e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "qft_n5_x19", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.842135466297101e-16, "tolerance": 9.401726064125798e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 5.057824840498477e-16, "global_phase": 1.4612721318054353e-16, "seconds": 0.5315235000016401 }, { "entry": "qft_n5_x19", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.567668674478441e-15, "tolerance": 1.5758510003227105e-12, "status": "pass", "note": "double precision, a contraction of width 6.0", "strict": 3.568580925489774e-15, "global_phase": 8.068488653208091e-17, "seconds": 0.08977637499629054 }, { "entry": "qft_n5_x19", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.887619644836046e-16, "tolerance": 2.733355772808632e-11, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.9241850975309797e-16, "global_phase": 4.6098944822979383e-17, "seconds": 0.005042333999881521 }, { "entry": "qft_n5_x19", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.840354403706966e-08, "tolerance": 2.615524934395415e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.1451268568459642e-07, "global_phase": -9.183741409430032e-08, "seconds": 0.0021568749943980947 }, { "entry": "qft_n5_x19", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 7.42372774956772e-10, "tolerance": 1.0175149581517007e-07, "status": "pass", "note": "planned exact" }, { "entry": "qft_n8_x173", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 3, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qft_n8_x173", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.724053157002002e-09, "tolerance": 6.655298667616834e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 8.761167869755205e-09, "global_phase": -8.055798883266803e-10 }, { "entry": "qft_n8_x173", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 8.761167869755205e-09, "tolerance": 6.655298676498618e-07, "status": "pass" }, { "entry": "qft_n8_x173", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 7.980987116353798e-16, "tolerance": 7.553210858321676e-14, "status": "pass" }, { "entry": "qft_n8_x173", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "qft_n8_x173", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.635397297566191e-16, "tolerance": 2.115388364428553e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.320669916157845e-16, "global_phase": 3.306698650009266e-16, "seconds": 8.025e-05 }, { "entry": "qft_n8_x173", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.1722753805375257e-16, "tolerance": 1.1204835055423063e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 9.996490609257424e-16, "global_phase": 9.084158885110515e-16, "seconds": 9.1167e-05 }, { "entry": "qft_n8_x173", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.1722753805375257e-16, "tolerance": 1.1204835055423063e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 9.996490609257424e-16, "global_phase": 9.084158885110515e-16, "seconds": 8.6125e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "qft_n8_x173", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.144694440220219e-16, "tolerance": 2.115388364428553e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 7.763478117220366e-16, "global_phase": 3.0372576170693494e-16, "seconds": 0.5222151659982046 }, { "entry": "qft_n8_x173", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.668633924450376e-15, "tolerance": 5.472132013758785e-10, "status": "pass", "note": "double precision, a contraction of width 11.0", "strict": 9.66878900899654e-15, "global_phase": 5.476253700872267e-17, "seconds": 0.2895528340013698 }, { "entry": "qft_n8_x173", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.6467620904973764e-16, "tolerance": 9.219595107983541e-11, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.6777798095682838e-16, "global_phase": 4.766451331749067e-17, "seconds": 0.006555583000590559 }, { "entry": "qft_n8_x173", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1441329185639547e-07, "tolerance": 5.8851234946261254e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.0308642052851654e-07, "global_phase": -1.6779062518160655e-07, "seconds": 0.0025818750000325963 }, { "entry": "qft_n8_x173", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.532169378738908e-10, "tolerance": 6.655298672057726e-07, "status": "pass", "note": "planned exact" }, { "entry": "qft_n12_x2741", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 5, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qft_n12_x2741", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.918010747732075e-08, "tolerance": 5.683985210334096e-06, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 3.919121479303013e-08, "global_phase": -9.330032255980238e-10 }, { "entry": "qft_n12_x2741", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 3.919121479303013e-08, "tolerance": 5.683985211222274e-06, "status": "pass" }, { "entry": "qft_n12_x2741", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.1146400475291828e-15, "tolerance": 1.4595091062428039e-13, "status": "pass" }, { "entry": "qft_n12_x2741", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "qft_n12_x2741", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.392256510636577e-16, "tolerance": 4.277785359178666e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.05735130271346e-15, "global_phase": 4.856407661367594e-16, "seconds": 0.000585625 }, { "entry": "qft_n12_x2741", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.67842422397199e-16, "tolerance": 2.2409670110848635e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.4235804381409074e-15, "global_phase": 1.3445091043436557e-15, "seconds": 0.000422208 }, { "entry": "qft_n12_x2741", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.67842422397199e-16, "tolerance": 2.2409670110848635e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.4235804381409074e-15, "global_phase": 1.3445091043436557e-15, "seconds": 0.000288916, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "qft_n12_x2741", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1772673067731489e-15, "tolerance": 4.277785359178666e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 1.2719000340925913e-15, "global_phase": 4.81426406762063e-16, "seconds": 0.5032302090039593 }, { "entry": "qft_n12_x2741", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.1038072535860515e-15, "tolerance": 1.22787892058417e-05, "status": "pass", "note": "double precision, a contraction of width 20.0", "strict": 7.151263435098778e-15, "global_phase": 8.224908644349725e-16, "seconds": 0.5200453750003362 }, { "entry": "qft_n12_x2741", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.468244394316334e-16, "tolerance": 2.692047189890962e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 4.468256033541478e-16, "global_phase": -1.0198722492404313e-18, "seconds": 0.012224124999193009 }, { "entry": "qft_n12_x2741", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7520169394464561e-07, "tolerance": 0.00011901743381489938, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.14510201058313e-07, "global_phase": -2.6119155895849175e-07, "seconds": 0.0027638329993351363 }, { "entry": "qft_n12_x2741", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.202881097087739e-10, "tolerance": 5.683985210778185e-06, "status": "pass", "note": "planned exact" }, { "entry": "qft_n14_x10923", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 5, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qft_n14_x10923", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.123600519580009e-08, "tolerance": 1.5253226844344835e-05, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 8.124087223371373e-08, "global_phase": -8.892587490604286e-10 }, { "entry": "qft_n14_x10923", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 8.124087223371373e-08, "tolerance": 1.5253226845233013e-05, "status": "pass" }, { "entry": "qft_n14_x10923", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.3215827786991902e-15, "tolerance": 1.8961056788974485e-13, "status": "pass" }, { "entry": "qft_n14_x10923", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "qft_n14_x10923", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2540331917503802e-15, "tolerance": 5.64103563847813e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.3611349762871244e-15, "global_phase": 5.292345204732061e-16, "seconds": 0.003098084 }, { "entry": "qft_n14_x10923", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.808533049352818e-16, "tolerance": 2.961428253774958e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.4337352821423908e-15, "global_phase": 1.310803683777888e-15, "seconds": 0.001148458 }, { "entry": "qft_n14_x10923", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.808533049352818e-16, "tolerance": 2.961428253774958e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.4337352821423908e-15, "global_phase": 1.310803683777888e-15, "seconds": 0.001208416, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "qft_n14_x10923", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3382469481878975e-15, "tolerance": 5.64103563847813e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 1.4189542437976667e-15, "global_phase": 4.717268824830606e-16, "seconds": 0.5385868329976802 }, { "entry": "qft_n14_x10923", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.796120857760904e-16, "tolerance": 4.095649160102459e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.017553738362537e-16, "global_phase": -1.617385543496028e-16, "seconds": 0.00869208400399657 }, { "entry": "qft_n14_x10923", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.9667520195733016e-07, "tolerance": 0.00015695201790227864, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.536286417090728e-07, "global_phase": -2.9389127543731344e-07, "seconds": 0.005273249997117091 }, { "entry": "qft_n14_x10923", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 3.723864824029893e-10, "tolerance": 1.5253226844788924e-05, "status": "pass", "note": "planned exact" }, { "entry": "qft_superposed_n10", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.2527675334123936e-08, "tolerance": 2.7602554918843368e-06, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 3.2549313467624344e-08, "global_phase": 1.1866526751514608e-09 }, { "entry": "qft_superposed_n10", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 3.2549313467624344e-08, "tolerance": 2.760255492772515e-06, "status": "pass" }, { "entry": "qft_superposed_n10", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.450141061328652e-15, "tolerance": 1.6848492727742287e-13, "status": "pass" }, { "entry": "qft_superposed_n10", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "qft_superposed_n10", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0834517633660347e-15, "tolerance": 5.123940704950704e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.101391650619332e-15, "global_phase": 1.9797940426470196e-16, "seconds": 0.00026425 }, { "entry": "qft_superposed_n10", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.170554803783693e-16, "tolerance": 2.67941707847115e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.0602512121224904e-15, "global_phase": 9.256274969002942e-16, "seconds": 0.000155166 }, { "entry": "qft_superposed_n10", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.170554803783693e-16, "tolerance": 2.67941707847115e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.0602512121224904e-15, "global_phase": 9.256274969002942e-16, "seconds": 0.000157083, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "qft_superposed_n10", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2776920206944696e-15, "tolerance": 5.123940704950704e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 1.279828475104203e-15, "global_phase": 7.391904992106145e-17, "seconds": 0.5298459170007845 }, { "entry": "qft_superposed_n10", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.501376434494876e-15, "tolerance": 5.015566805471182e-06, "status": "pass", "note": "double precision, a contraction of width 19.0", "strict": 9.50155339011559e-15, "global_phase": -5.798857855201123e-17, "seconds": 0.5652978750003967 }, { "entry": "qft_superposed_n10", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2904995070989195e-15, "tolerance": 2.728865428048969e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.290631012079495e-15, "global_phase": -1.8423667354437054e-17, "seconds": 0.008556625005439855 }, { "entry": "qft_superposed_n10", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.5245284320355367e-07, "tolerance": 0.00014256269912086766, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.840131214670391e-07, "global_phase": -1.3011922087152788e-07, "seconds": 0.002939209000032861 }, { "entry": "qft_superposed_n10", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 9.638100051902651e-10, "tolerance": 2.760255492328426e-06, "status": "pass", "note": "planned exact" }, { "entry": "qft_wide_n20", "engine": "aer.statevector ~ ddsim.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.657414979661573e-15, "tolerance": 1.1092304887490738e-09, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "aer.statevector ~ qsim.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 3.087154481786427e-07, "tolerance": 0.00030217649017852654, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "aer.statevector ~ quimb.dense", "quantity": "distance between the two states, modulo a global phase", "measured": 1.2970088247161288e-15, "tolerance": 6.7640097312973315e-12, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "aer.statevector ~ wai.exact", "quantity": "distance between the two states, modulo a global phase", "measured": 6.509150050476847e-07, "tolerance": 0.00024290049304727954, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "aer.statevector ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 2.411786544527841e-15, "tolerance": 6.7640097312973315e-12, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "ddsim.statevector ~ qsim.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 3.08715447297401e-07, "tolerance": 0.00030217758805279455, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "ddsim.statevector ~ quimb.dense", "quantity": "distance between the two states, modulo a global phase", "measured": 2.665298486689674e-15, "tolerance": 1.1046382777385916e-09, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "ddsim.statevector ~ wai.exact", "quantity": "distance between the two states, modulo a global phase", "measured": 6.50915005060085e-07, "tolerance": 0.00024290159092154754, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "ddsim.statevector ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.0214200972885318e-15, "tolerance": 1.1046382777385916e-09, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "qsim.statevector ~ quimb.dense", "quantity": "distance between the two states, modulo a global phase", "measured": 3.087154488807168e-07, "tolerance": 0.00030217648558631554, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "qsim.statevector ~ wai.exact", "quantity": "distance between the two states, modulo a global phase", "measured": 7.224527148608255e-07, "tolerance": 0.0005450769718695853, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "qsim.statevector ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 3.0871544698572016e-07, "tolerance": 0.00030217648558631554, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "quimb.dense ~ wai.exact", "quantity": "distance between the two states, modulo a global phase", "measured": 6.509150050418292e-07, "tolerance": 0.00024290048845506852, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "quimb.dense ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 3.3954765577194685e-15, "tolerance": 2.171798720815213e-12, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "wai.exact ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 6.509150050651242e-07, "tolerance": 0.00024290048845506852, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "aer.statevector", "quantity": "64 amplitudes against the closed form, worst error, modulo nothing", "measured": 2.4446027073661675e-18, "tolerance": 5.678110370889725e-12, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "ddsim.statevector", "quantity": "64 amplitudes against the closed form, worst error, modulo nothing", "measured": 1.668229649552477e-18, "tolerance": 1.103552378378184e-09, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "qsim.statevector", "quantity": "64 amplitudes against the closed form, worst error, modulo nothing", "measured": 8.31039584734786e-10, "tolerance": 0.00030217648450041616, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "quimb.dense", "quantity": "64 amplitudes against the closed form, worst error, modulo nothing", "measured": 2.4950711591365744e-18, "tolerance": 1.0858993604076065e-12, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "wai.exact", "quantity": "64 amplitudes against the closed form, worst error, modulo nothing", "measured": 1.2072271730535939e-09, "tolerance": 0.00024290048736916916, "status": "pass" }, { "entry": "qft_wide_n20", "engine": "wai.statevector", "quantity": "64 amplitudes against the closed form, worst error, modulo nothing", "measured": 3.2681524740608303e-18, "tolerance": 1.0858993604076065e-12, "status": "pass" }, { "entry": "grover_n3", "engine": "exact", "quantity": "integer reference: P(marked) against sin\u00b2((2k+1)\u03b8), computed in integers, units of 2^-256", "measured": 12, "tolerance": 1099511627776, "status": "pass" }, { "entry": "grover_n3", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.7911892892304827e-09, "tolerance": 9.539202762111427e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 2.7911892892304827e-09, "global_phase": 0.0 }, { "entry": "grover_n3", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.7911892892304827e-09, "tolerance": 9.539202850929269e-08, "status": "pass" }, { "entry": "grover_n3", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.3056188547111068e-15, "tolerance": 5.018133984843628e-14, "status": "pass" }, { "entry": "grover_n3", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "grover_n3", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0198506246188093e-15, "tolerance": 1.6453020612221307e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.0198506246188093e-15, "global_phase": 0.0, "seconds": 4.5417e-05 }, { "entry": "grover_n3", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.2583224885975757e-16, "tolerance": 8.769001347722183e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.82855567997045e-16, "global_phase": 7.11825952004399e-16, "seconds": 7.9792e-05 }, { "entry": "grover_n3", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.2583224885975757e-16, "tolerance": 8.769001347722183e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.82855567997045e-16, "global_phase": 7.11825952004399e-16, "seconds": 7.5708e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "grover_n3", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1870146619100088e-15, "tolerance": 1.6453020612221307e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 1.1870146619100088e-15, "global_phase": 0.0, "seconds": 0.5302388339987374 }, { "entry": "grover_n3", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.858767716474483e-16, "tolerance": 2.3952935204924824e-12, "status": "pass", "note": "double precision, a contraction of width 6.0", "strict": 4.858767716474483e-16, "global_phase": 0.0, "seconds": 0.0025849169978755526 }, { "entry": "grover_n3", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.322204543158198e-16, "tolerance": 3.19175687428353e-11, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.322204543158198e-16, "global_phase": 0.0, "seconds": 0.005534290998184588 }, { "entry": "grover_n3", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.712509627811334e-07, "tolerance": 4.5772584182356496e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.712509627811334e-07, "global_phase": 0.0, "seconds": 0.0020763749998877756 }, { "entry": "grover_n3", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.5127021380598712e-09, "tolerance": 9.539202806520348e-08, "status": "pass", "note": "planned exact" }, { "entry": "grover_n5", "engine": "exact", "quantity": "integer reference: P(marked) against sin\u00b2((2k+1)\u03b8), computed in integers, units of 2^-256", "measured": 64, "tolerance": 1099511627776, "status": "pass" }, { "entry": "grover_n5", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.357680396066808e-08, "tolerance": 4.96125650003204e-06, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 5.816360794765578e-08, "global_phase": 2.2639155599760047e-08 }, { "entry": "grover_n5", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 5.816360794765578e-08, "tolerance": 4.961256500920219e-06, "status": "pass" }, { "entry": "grover_n5", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 7.477199939210867e-15, "tolerance": 1.5064421660595767e-12, "status": "pass" }, { "entry": "grover_n5", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "grover_n5", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.926196862092386e-15, "tolerance": 5.123940704950704e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 3.926196862092386e-15, "global_phase": 0.0, "seconds": 0.000107417 }, { "entry": "grover_n5", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3073026341015893e-15, "tolerance": 3.0691504717034365e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 3.554278208317962e-15, "global_phase": 3.3051253236443238e-15, "seconds": 0.000104208 }, { "entry": "grover_n5", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3073026341015893e-15, "tolerance": 3.0691504717034365e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 3.554278208317962e-15, "global_phase": 3.3051253236443238e-15, "seconds": 0.000101041, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "grover_n5", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.979364197199202e-15, "tolerance": 5.123940704950704e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 3.979364197199202e-15, "global_phase": 0.0, "seconds": 0.5750954579998506 }, { "entry": "grover_n5", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.202953908878825e-15, "tolerance": 1.9326685410829237e-11, "status": "pass", "note": "double precision, a contraction of width 7.0", "strict": 6.202953908878825e-15, "global_phase": 0.0, "seconds": 0.26514154100004816 }, { "entry": "grover_n5", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.063150391861205e-17, "tolerance": 1.489678896361256e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 8.063150391861205e-17, "global_phase": 0.0, "seconds": 0.03592704200127628 }, { "entry": "grover_n5", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1936071641818266e-07, "tolerance": 0.00014256269912086766, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.1936071641818266e-07, "global_phase": 0.0, "seconds": 0.0028015409989166074 }, { "entry": "grover_n5", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.2412839245911137e-08, "tolerance": 4.9612565004761295e-06, "status": "pass", "note": "planned exact" }, { "entry": "grover_n8", "engine": "exact", "quantity": "integer reference: P(marked) against sin\u00b2((2k+1)\u03b8), computed in integers, units of 2^-256", "measured": 209, "tolerance": 1099511627776, "status": "pass" }, { "entry": "grover_n8", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1094619788314317e-06, "tolerance": 0.0005505700009309958, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.401073732234653e-06, "global_phase": 8.556293856380556e-07 }, { "entry": "grover_n8", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.401073732234653e-06, "tolerance": 0.000550570000931884, "status": "pass" }, { "entry": "grover_n8", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.612798993591805e-14, "tolerance": 4.790820758528071e-11, "status": "pass" }, { "entry": "grover_n8", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "grover_n8", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.6055183209665808e-14, "tolerance": 2.2940211596517415e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.6055183209665808e-14, "global_phase": 0.0, "seconds": 0.000364458 }, { "entry": "grover_n8", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.631879843797361e-15, "tolerance": 1.308042701036822e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.3818998850279718e-14, "global_phase": 1.3333198341892727e-14, "seconds": 0.000467625 }, { "entry": "grover_n8", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.631879843797361e-15, "tolerance": 1.308042701036822e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.3818998850279718e-14, "global_phase": 1.3333198341892727e-14, "seconds": 0.000346834, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "grover_n8", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8051945192911557e-14, "tolerance": 2.2940211596517415e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 1.8051945192911557e-14, "global_phase": 0.0, "seconds": 0.6387325420000707 }, { "entry": "grover_n8", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.078777104324444e-14, "tolerance": 1.4460064500364516e-08, "status": "pass", "note": "double precision, a contraction of width 12.0", "strict": 7.078777104324444e-14, "global_phase": 0.0, "seconds": 1.5699804579999181 }, { "entry": "grover_n8", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0522346859459808e-15, "tolerance": 9.998138703932867e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.0522346859459808e-15, "global_phase": 0.0, "seconds": 0.008017334002943244 }, { "entry": "grover_n8", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.865674201535373e-07, "tolerance": 0.0006385786556238365, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.865674201535373e-07, "global_phase": 0.0, "seconds": 0.005884083002456464 }, { "entry": "grover_n8", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 8.630228312235856e-07, "tolerance": 0.0005505700009314399, "status": "pass", "note": "planned exact" }, { "entry": "grover_n10", "engine": "exact", "quantity": "integer reference: P(marked) against sin\u00b2((2k+1)\u03b8), computed in integers, units of 2^-256", "measured": 469, "tolerance": 1099511627776, "status": "pass" }, { "entry": "grover_n10", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2966310402143949e-05, "tolerance": 0.011743156745052948, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.2988878121540966e-05, "global_phase": 7.653435437075795e-07 }, { "entry": "grover_n10", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.2988878121540966e-05, "tolerance": 0.011743156745053836, "status": "pass" }, { "entry": "grover_n10", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 6.687368364924087e-13, "tolerance": 4.6956754416903e-10, "status": "pass" }, { "entry": "grover_n10", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "grover_n10", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.7861950351453296e-14, "tolerance": 5.923087420433778e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 3.7861950351453296e-14, "global_phase": 0.0, "seconds": 0.001669833 }, { "entry": "grover_n10", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.944472891143808e-15, "tolerance": 3.3151696761912246e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 3.3673609522423125e-14, "global_phase": 3.2463955134398285e-14, "seconds": 0.001799125 }, { "entry": "grover_n10", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.944472891143808e-15, "tolerance": 3.3151696761912246e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 3.3673609522423125e-14, "global_phase": 3.2463955134398285e-14, "seconds": 0.001978166, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "grover_n10", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.53350780910714e-14, "tolerance": 5.923087420433778e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 4.53350780910714e-14, "global_phase": 0.0, "seconds": 0.8699015419988427 }, { "entry": "grover_n10", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5233632959326435e-13, "tolerance": 1.892533604466189e-05, "status": "pass", "note": "double precision, a contraction of width 18.0", "strict": 1.5233632959326435e-13, "global_phase": 0.0, "seconds": 13.211604666998028 }, { "entry": "grover_n10", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2520782731179646e-15, "tolerance": 3.154468302046225e-09, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.2520782731179646e-15, "global_phase": 0.0, "seconds": 0.014032499995664693 }, { "entry": "grover_n10", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.156421069340362e-07, "tolerance": 0.0016504526520488114, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.156421069340362e-07, "global_phase": 0.0, "seconds": 0.05560216699814191 }, { "entry": "grover_n10", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.4998114847059803e-06, "tolerance": 0.011743156745053392, "status": "pass", "note": "planned exact" }, { "entry": "qpe_t4_m5", "engine": "exact", "quantity": "integer reference: P(m) against 1, the closed form, units of 2^-256", "measured": 21, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qpe_t4_m5", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2812650937430355e-09, "tolerance": 1.3990830691703475e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 2.2812650937430355e-09, "global_phase": 8.636168547051386e-78 }, { "entry": "qpe_t4_m5", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.2812650937430355e-09, "tolerance": 1.3990830780521317e-07, "status": "pass" }, { "entry": "qpe_t4_m5", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 6.738653000098427e-16, "tolerance": 5.29980919300785e-14, "status": "pass" }, { "entry": "qpe_t4_m5", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "qpe_t4_m5", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.96872475652504e-16, "tolerance": 9.871812367332136e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.969588494495959e-16, "global_phase": 1.2447490626286985e-17, "seconds": 4.3417e-05 }, { "entry": "qpe_t4_m5", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4942393618123933e-16, "tolerance": 5.3588341569411506e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 3.950557577583702e-16, "global_phase": 3.063604932067729e-16, "seconds": 0.000272417 }, { "entry": "qpe_t4_m5", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4942393618123933e-16, "tolerance": 5.3588341569411506e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 3.950557577583702e-16, "global_phase": 3.063604932067729e-16, "seconds": 0.000228042, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "qpe_t4_m5", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.738056626212538e-16, "tolerance": 9.871812367332136e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 6.852031677756625e-16, "global_phase": 1.2445605710183747e-16, "seconds": 1.2221380000046338 }, { "entry": "qpe_t4_m5", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.79939260424279e-15, "tolerance": 1.638885040335722e-12, "status": "pass", "note": "double precision, a contraction of width 6.0", "strict": 1.8188266366102144e-15, "global_phase": 2.6517275470752373e-16, "seconds": 0.11459779099823209 }, { "entry": "qpe_t4_m5", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.132622887710837e-76, "tolerance": 2.870023561452972e-11, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.132622887710837e-76, "global_phase": 8.636168555094445e-78, "seconds": 0.012951249998877756 }, { "entry": "qpe_t4_m5", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0053557371184271e-07, "tolerance": 2.746304772436933e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.4589360127265824e-07, "global_phase": -1.0572389186336255e-07, "seconds": 0.009554124997521285 }, { "entry": "qpe_t4_m5", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.862645149230957e-09, "tolerance": 1.3990830736112396e-07, "status": "pass", "note": "planned exact" }, { "entry": "qpe_t8_m173", "engine": "exact", "quantity": "integer reference: P(m) against 1, the closed form, units of 2^-256", "measured": 79, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qpe_t8_m173", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.812739523998364e-08, "tolerance": 2.5946634944328434e-06, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 4.328396185719315e-08, "global_phase": -2.0489096889605984e-08 }, { "entry": "qpe_t8_m173", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 4.328396185719315e-08, "tolerance": 2.594663495321022e-06, "status": "pass" }, { "entry": "qpe_t8_m173", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.3822672508259872e-15, "tolerance": 2.3186184911439147e-13, "status": "pass" }, { "entry": "qpe_t8_m173", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "qpe_t8_m173", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3997538539219514e-15, "tolerance": 2.6794919282763184e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.4100014542159497e-15, "global_phase": -1.6968573694255317e-16, "seconds": 0.000126875 }, { "entry": "qpe_t8_m173", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.555164442535527e-16, "tolerance": 1.4127835504664274e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.356875146241596e-16, "global_phase": 4.823252008114053e-16, "seconds": 0.000120209 }, { "entry": "qpe_t8_m173", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.555164442535527e-16, "tolerance": 1.4127835504664274e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.356875146241596e-16, "global_phase": 4.823252008114053e-16, "seconds": 0.000115166, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "qpe_t8_m173", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3832395307701107e-15, "tolerance": 2.6794919282763184e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 1.3854297339966442e-15, "global_phase": -7.787135774401854e-17, "seconds": 0.6360731249951641 }, { "entry": "qpe_t8_m173", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.25014636076391e-15, "tolerance": 1.5373360013432097e-08, "status": "pass", "note": "double precision, a contraction of width 14.0", "strict": 7.253545757701849e-15, "global_phase": 2.220446049250329e-16, "seconds": 0.3286314169963589 }, { "entry": "qpe_t8_m173", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.605398797765447e-76, "tolerance": 1.2974183754077814e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.607656667869935e-76, "global_phase": -1.727233711018889e-77, "seconds": 0.012723792002361733 }, { "entry": "qpe_t8_m173", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7722554611658762e-07, "tolerance": 7.454606734339516e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.729623098522114e-07, "global_phase": -2.0760425911703052e-07, "seconds": 0.006899832995259203 }, { "entry": "qpe_t8_m173", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.379889104362696e-08, "tolerance": 2.5946634948769326e-06, "status": "pass", "note": "planned exact" }, { "entry": "qpe_t12_m2741", "engine": "exact", "quantity": "integer reference: P(m) against 1, the closed form, units of 2^-256", "measured": 271, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qpe_t12_m2741", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.897294043453971e-07, "tolerance": 3.062721528136228e-05, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.9177557825276994e-07, "global_phase": 2.7939676405797104e-08 }, { "entry": "qpe_t12_m2741", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.9177557825276994e-07, "tolerance": 3.062721528225046e-05, "status": "pass" }, { "entry": "qpe_t12_m2741", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.106274994226196e-15, "tolerance": 6.219820124221308e-13, "status": "pass" }, { "entry": "qpe_t12_m2741", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "qpe_t12_m2741", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8446378487848027e-15, "tolerance": 5.123940704950704e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.882816968641882e-15, "global_phase": 3.7724122817685328e-16, "seconds": 0.003064417 }, { "entry": "qpe_t12_m2741", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.805613248894342e-16, "tolerance": 2.67941707847115e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.839500472473385e-16, "global_phase": 5.640957091605201e-16, "seconds": 0.0010275 }, { "entry": "qpe_t12_m2741", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.518453725686628e-16, "tolerance": 2.67941707847115e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.4625597378806557e-15, "global_phase": 1.2545156525992895e-15, "seconds": 0.001117875, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "qpe_t12_m2741", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.14995265766557e-15, "tolerance": 5.123940704950704e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 2.1563814583286734e-15, "global_phase": -1.663867892004838e-16, "seconds": 0.8212152089981828 }, { "entry": "qpe_t12_m2741", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.21120340550861e-75, "tolerance": 3.4723773472090127e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.21584525039295e-75, "global_phase": 1.727233711018889e-76, "seconds": 0.008282542003144044 }, { "entry": "qpe_t12_m2741", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.784483472170002e-07, "tolerance": 0.00014256269912086766, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.3259611122588005e-07, "global_phase": -3.31067838033038e-07, "seconds": 0.007113500003470108 }, { "entry": "qpe_t12_m2741", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 4.085099734265601e-08, "tolerance": 3.062721528180637e-05, "status": "pass", "note": "planned exact" }, { "entry": "qpe_t6_third", "engine": "exact", "quantity": "integer reference: every outcome's probability against sin\u00b2(\u03c02^t\u03b4)/(2^2t sin\u00b2(\u03c0\u03b4)), units of 2^-256", "measured": 71, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qpe_t6_third", "engine": "wai.exact", "quantity": "refuses, as listed: an angle no grid of 2^32 holds within 10^-14 of a turn", "measured": "the angle 2.0943951023931953 is not a dyadic multiple of 2\u03c0 (2\u03c0m/2^k, k \u2264 32) [Q500]", "tolerance": "[Q500]", "status": "refused" }, { "entry": "qpe_t6_third", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0778786485207591e-15, "tolerance": 1.7393193218634114e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.4189449206665662e-15, "global_phase": 9.228121731687924e-16, "seconds": 0.000104625 }, { "entry": "qpe_t6_third", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.6083423247021445e-16, "tolerance": 9.25616808926235e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.824931761242946e-16, "global_phase": -7.526127929350746e-16, "seconds": 0.000264583 }, { "entry": "qpe_t6_third", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.805379459074605e-16, "tolerance": 9.25616808926235e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.3608328976433878e-15, "global_phase": 1.178445704938736e-15, "seconds": 0.000153833, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "qpe_t6_third", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0861429883032491e-15, "tolerance": 1.7393193218634114e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 1.5279328846936548e-15, "global_phase": -1.0746498541794729e-15, "seconds": 0.715910958002496 }, { "entry": "qpe_t6_third", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.157798163491723e-15, "tolerance": 4.542902048736096e-10, "status": "pass", "note": "double precision, a contraction of width 11.0", "strict": 8.204946797749642e-15, "global_phase": -8.783399556169492e-16, "seconds": 0.3391138340011821 }, { "entry": "qpe_t6_third", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.719452587735039e-16, "tolerance": 6.739273378291126e-11, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 4.829526496671626e-16, "global_phase": -1.0252284887645072e-16, "seconds": 0.009743040995090269 }, { "entry": "qpe_t6_third", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5725733323873765e-07, "tolerance": 4.8388286972686044e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.273125193510748e-07, "global_phase": -1.6413748348371467e-07, "seconds": 0.004713583002740052 }, { "entry": "qpe_t6_third", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error", "measured": 1.2162346928681588e-15, "tolerance": 1.7393193218634114e-13, "status": "pass", "note": "planned statevector" }, { "entry": "qpe_t10_third", "engine": "exact", "quantity": "integer reference: every outcome's probability against sin\u00b2(\u03c02^t\u03b4)/(2^2t sin\u00b2(\u03c0\u03b4)), units of 2^-256", "measured": 461, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qpe_t10_third", "engine": "wai.exact", "quantity": "refuses, as listed: an angle no grid of 2^32 holds within 10^-14 of a turn", "measured": "the angle 2.0943951023931953 is not a dyadic multiple of 2\u03c0 (2\u03c0m/2^k, k \u2264 32) [Q500]", "tolerance": "[Q500]", "status": "refused" }, { "entry": "qpe_t10_third", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.796606182330923e-15, "tolerance": 3.80769905597204e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.278811280653084e-15, "global_phase": 1.4018513039698793e-15, "seconds": 0.000283834 }, { "entry": "qpe_t10_third", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.984126218366767e-16, "tolerance": 1.9973836403147212e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.5115343349619408e-15, "global_phase": -1.3405058207363578e-15, "seconds": 0.000207084 }, { "entry": "qpe_t10_third", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.300429038261986e-16, "tolerance": 1.9973836403147212e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.1163134250061386e-15, "global_phase": 1.946743766053711e-15, "seconds": 0.000210917, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "qpe_t10_third", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.788892892583871e-15, "tolerance": 3.80769905597204e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 2.574356364266145e-15, "global_phase": -1.8512625176080566e-15, "seconds": 0.6036012499971548 }, { "entry": "qpe_t10_third", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.3550108485032605e-15, "tolerance": 8.774588089962489e-05, "status": "pass", "note": "double precision, a contraction of width 22.0", "strict": 2.4617564602408134e-15, "global_phase": -7.170556275278319e-16, "seconds": 0.4156964590001735 }, { "entry": "qpe_t10_third", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.977080686653918e-16, "tolerance": 2.2120451510998953e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.993372128915001e-16, "global_phase": -5.100801014823151e-17, "seconds": 0.018977583000378218 }, { "entry": "qpe_t10_third", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.051398831945164e-07, "tolerance": 0.00010593720971003882, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.898835952510858e-07, "global_phase": -2.0481730274295468e-07, "seconds": 0.0029955419959151186 }, { "entry": "qpe_t10_third", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error", "measured": 1.9062480016440573e-15, "tolerance": 3.80769905597204e-13, "status": "pass", "note": "planned statevector" }, { "entry": "clifford_t_n4_d20", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.153123487039424e-09, "tolerance": 2.557346099079737e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 9.855402861642344e-09, "global_phase": 3.653668846370256e-09 }, { "entry": "clifford_t_n4_d20", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 9.855402861642344e-09, "tolerance": 2.557346107961521e-07, "status": "pass" }, { "entry": "clifford_t_n4_d20", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.996590550308032e-15, "tolerance": 1.3750065437935224e-13, "status": "pass" }, { "entry": "clifford_t_n4_d20", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "clifford_t_n4_d20", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1283823308778985e-15, "tolerance": 4.559837141102664e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.1287684798629586e-15, "global_phase": 4.054496842783867e-17, "seconds": 0.000133292 }, { "entry": "clifford_t_n4_d20", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0096790638024118e-15, "tolerance": 2.387117033546955e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.3114612183423928e-15, "global_phase": 8.36946064770723e-16, "seconds": 0.000106959 }, { "entry": "clifford_t_n4_d20", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0096790638024118e-15, "tolerance": 2.387117033546955e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.3114612183423928e-15, "global_phase": 8.36946064770723e-16, "seconds": 0.000136959, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "clifford_t_n4_d20", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.37339659069541e-15, "tolerance": 4.559837141102664e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 1.390711969694405e-15, "global_phase": -2.1877291266863018e-16, "seconds": 0.844335667003179 }, { "entry": "clifford_t_n4_d20", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.6265448430310877e-15, "tolerance": 6.366438041334249e-12, "status": "pass", "note": "double precision, a contraction of width 6.0", "strict": 1.6542444049513033e-15, "global_phase": -3.0145716929883364e-16, "seconds": 0.35110041599546093 }, { "entry": "clifford_t_n4_d20", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.528977502397698e-16, "tolerance": 1.105125084717754e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.726554759573411e-16, "global_phase": -1.6183299128189006e-16, "seconds": 0.010216167000180576 }, { "entry": "clifford_t_n4_d20", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4830681033350615e-07, "tolerance": 0.00012686573245252413, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.386055560508683e-07, "global_phase": 1.8691628929767302e-07, "seconds": 0.00412812500144355 }, { "entry": "clifford_t_n4_d20", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 4.4312242493393784e-09, "tolerance": 2.557346103520629e-07, "status": "pass", "note": "planned exact" }, { "entry": "clifford_t_n8_d40", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.017532148587371e-08, "tolerance": 3.342460177766595e-06, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 5.048837286771091e-08, "global_phase": 5.613635949877929e-09 }, { "entry": "clifford_t_n8_d40", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 5.048837286771091e-08, "tolerance": 3.3424601786547733e-06, "status": "pass" }, { "entry": "clifford_t_n8_d40", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 6.526532694228908e-15, "tolerance": 5.276208176870179e-13, "status": "pass" }, { "entry": "clifford_t_n8_d40", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "clifford_t_n8_d40", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.6222540811788984e-15, "tolerance": 1.7581227739944499e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 5.622384485102909e-15, "global_phase": 3.829288436678506e-17, "seconds": 0.000343791 }, { "entry": "clifford_t_n8_d40", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.1879700467120467e-15, "tolerance": 9.134376403884818e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 3.882352168215574e-15, "global_phase": 2.215740359183579e-15, "seconds": 0.000280416 }, { "entry": "clifford_t_n8_d40", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.1879700467120467e-15, "tolerance": 9.134376403884818e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 3.882352168215574e-15, "global_phase": 2.215740359183579e-15, "seconds": 0.000212209, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "clifford_t_n8_d40", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.0239044960628715e-15, "tolerance": 1.7581227739944499e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 4.036090676030125e-15, "global_phase": 3.1340158216307306e-16, "seconds": 0.6446310409955913 }, { "entry": "clifford_t_n8_d40", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.70501669407158e-13, "tolerance": 3.14722561000377e-08, "status": "pass", "note": "double precision, a contraction of width 13.0", "strict": 3.7050177125093484e-13, "global_phase": 2.747118291123101e-16, "seconds": 1.5171076659971732 }, { "entry": "clifford_t_n8_d40", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.0498904125429746e-15, "tolerance": 7.662507939343449e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.1078899783670994e-15, "global_phase": -4.910697073378121e-16, "seconds": 0.018518874996516388 }, { "entry": "clifford_t_n8_d40", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.577500217816409e-07, "tolerance": 0.0004893295801767063, "status": "pass", "note": "single precision, fusion width 2", "strict": 8.033646023253315e-07, "global_phase": 7.19311878181064e-07, "seconds": 0.006218707996595185 }, { "entry": "clifford_t_n8_d40", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 3.183336592224804e-09, "tolerance": 3.342460178210684e-06, "status": "pass", "note": "planned exact" }, { "entry": "clifford_t_n12_d40", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.459746568494258e-07, "tolerance": 1.7682557127713214e-05, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 2.459756455523028e-07, "global_phase": 6.974185770216621e-10 }, { "entry": "clifford_t_n12_d40", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.459756455523028e-07, "tolerance": 1.7682557128601392e-05, "status": "pass" }, { "entry": "clifford_t_n12_d40", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 9.000585916602294e-15, "tolerance": 7.712698727493606e-13, "status": "pass" }, { "entry": "clifford_t_n12_d40", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "clifford_t_n12_d40", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.237536939221416e-15, "tolerance": 2.5713720785447756e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 7.23755922358584e-15, "global_phase": 1.7960187025050173e-17, "seconds": 0.002126459 }, { "entry": "clifford_t_n12_d40", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.637520322363948e-15, "tolerance": 1.3348368718215973e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 5.465338738445407e-15, "global_phase": 2.891942735534964e-15, "seconds": 0.001401541 }, { "entry": "clifford_t_n12_d40", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.637520322363948e-15, "tolerance": 1.3348368718215973e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 5.465338738445407e-15, "global_phase": 2.891942735534964e-15, "seconds": 0.0013445, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "clifford_t_n12_d40", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.209789669144606e-15, "tolerance": 2.5713720785447756e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 5.220686102560184e-15, "global_phase": -3.371275496591598e-16, "seconds": 0.7901812080017407 }, { "entry": "clifford_t_n12_d40", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.0930410593242284e-12, "tolerance": 0.00018851685818136647, "status": "pass", "note": "double precision, a contraction of width 21.0", "strict": 3.0930411314466044e-12, "global_phase": -6.67948310106769e-16, "seconds": 2.810383500000171 }, { "entry": "clifford_t_n12_d40", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.96369211197395e-14, "tolerance": 1.6181866097291546e-09, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.011129495297865e-14, "global_phase": 7.53693706235948e-15, "seconds": 0.31632087499747286 }, { "entry": "clifford_t_n12_d40", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.2708833369560684e-07, "tolerance": 0.0007158390537136506, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.5859800767816736e-06, "global_phase": 1.5273926930313058e-06, "seconds": 0.014680457999929786 }, { "entry": "clifford_t_n12_d40", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 4.8602631432298324e-09, "tolerance": 1.7682557128157303e-05, "status": "pass", "note": "planned exact" }, { "entry": "dyadic_n6_k20", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.989486721523507e-08, "tolerance": 1.339873433652581e-05, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.39934443734408126, "global_phase": 0.40204678241385533 }, { "entry": "dyadic_n6_k20", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 9.005032024995734e-08, "tolerance": 1.3398734337413988e-05, "status": "pass" }, { "entry": "dyadic_n6_k20", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.1189511364870592e-14, "tolerance": 1.745866092999919e-12, "status": "pass" }, { "entry": "dyadic_n6_k20", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "dyadic_n6_k20", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4180869825539321e-15, "tolerance": 7.991467154512563e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.5858100500850096e-15, "global_phase": -7.098047794018468e-16, "seconds": 0.000112417 }, { "entry": "dyadic_n6_k20", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.28627577666731e-15, "tolerance": 4.165275640169407e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.4084340793192475e-15, "global_phase": 5.737431325486733e-16, "seconds": 0.000130292 }, { "entry": "dyadic_n6_k20", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5687141564291269e-15, "tolerance": 4.165275640169407e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.7608481323261614e-15, "global_phase": -7.998262564678552e-16, "seconds": 0.000455292, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "dyadic_n6_k20", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1342303962098356e-15, "tolerance": 7.991467154512563e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 1.1996783412008028e-15, "global_phase": 3.9083184448044817e-16, "seconds": 0.7503871250009979 }, { "entry": "dyadic_n6_k20", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2774465614579408e-14, "tolerance": 8.221463240828132e-11, "status": "pass", "note": "double precision, a contraction of width 8.0", "strict": 1.2811914928208532e-14, "global_phase": 9.788730201517395e-16, "seconds": 0.5523908749964903 }, { "entry": "dyadic_n6_k20", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1598295020719944e-15, "tolerance": 2.7098876558096605e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.230505161772939e-15, "global_phase": 5.570366223823753e-16, "seconds": 0.008632874996692408 }, { "entry": "dyadic_n6_k20", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.899112644982083e-07, "tolerance": 0.00022236322833053704, "status": "pass", "note": "single precision, fusion width 2", "strict": 9.57930475196668e-07, "global_phase": 3.545260787119959e-07, "seconds": 0.003863666999677662 }, { "entry": "dyadic_n6_k20", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.1233671672311935e-08, "tolerance": 1.3398734336969899e-05, "status": "pass", "note": "planned exact" }, { "entry": "dyadic_n10_k30", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.662489981109932e-07, "tolerance": 0.00025925791074704726, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.2358534025545123, "global_phase": -1.3322055732900404 }, { "entry": "dyadic_n10_k30", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.212232236946938e-06, "tolerance": 0.00025925791074793544, "status": "pass" }, { "entry": "dyadic_n10_k30", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.957060599565951e-14, "tolerance": 7.835684093568104e-12, "status": "pass" }, { "entry": "dyadic_n10_k30", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "dyadic_n10_k30", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.07060654547701e-15, "tolerance": 2.0448754189513503e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.144929701446449e-15, "global_phase": -5.597427605381909e-16, "seconds": 0.000551833 }, { "entry": "dyadic_n10_k30", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.0553328230562804e-15, "tolerance": 1.0620234965584993e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.163222238363559e-15, "global_phase": 6.746387470477434e-16, "seconds": 0.000655166 }, { "entry": "dyadic_n10_k30", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1070566216043007e-15, "tolerance": 1.0620234965584993e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.122060579030768e-15, "global_phase": -2.5189977060304857e-16, "seconds": 0.000703292, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "dyadic_n10_k30", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.0257443870650174e-15, "tolerance": 2.0448754189513503e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 2.0893664437453894e-15, "global_phase": 5.116754972869361e-16, "seconds": 0.6980341669986956 }, { "entry": "dyadic_n10_k30", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.76191515710497e-14, "tolerance": 2.931147265744985e-07, "status": "pass", "note": "double precision, a contraction of width 15.0", "strict": 3.7621947166184623e-14, "global_phase": 4.586323686531409e-16, "seconds": 1.2956330840024748 }, { "entry": "dyadic_n10_k30", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.433068083664134e-15, "tolerance": 1.0890426258424233e-09, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 4.48600669128831e-15, "global_phase": 6.871414700641309e-16, "seconds": 0.06677120899985312 }, { "entry": "dyadic_n10_k30", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2958430437727125e-06, "tolerance": 0.0005691853986397459, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.31241549090106e-06, "global_phase": 2.0790676466732445e-07, "seconds": 0.0056781669991323724 }, { "entry": "dyadic_n10_k30", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 9.326463799621225e-08, "tolerance": 0.00025925791074749135, "status": "pass", "note": "planned exact" }, { "entry": "rotations_n6", "engine": "wai.exact", "quantity": "refuses, as listed: an angle no grid of 2^32 holds within 10^-14 of a turn", "measured": "the angle 1.6459015101789476 is not a dyadic multiple of 2\u03c0 (2\u03c0m/2^k, k \u2264 32) [Q500]", "tolerance": "[Q500]", "status": "refused" }, { "entry": "rotations_n6", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5154933030070789e-15, "tolerance": 7.991467154512563e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.72086804212411e-15, "global_phase": -8.152710389464119e-16, "seconds": 0.000116125 }, { "entry": "rotations_n6", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.6305998238095008e-15, "tolerance": 4.165275640169407e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.905715024096332e-15, "global_phase": -9.8635387547214e-16, "seconds": 0.000731417 }, { "entry": "rotations_n6", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.6305998238095008e-15, "tolerance": 4.165275640169407e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.905715024096332e-15, "global_phase": -9.8635387547214e-16, "seconds": 0.000151708, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "rotations_n6", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4990717788917019e-15, "tolerance": 7.991467154512563e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 1.7352268023762315e-15, "global_phase": -8.73954150636811e-16, "seconds": 1.7489261250011623 }, { "entry": "rotations_n6", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1465039664019744e-14, "tolerance": 8.221463240828132e-11, "status": "pass", "note": "double precision, a contraction of width 8.0", "strict": 1.153717242338007e-14, "global_phase": -1.2881044325890535e-15, "seconds": 1.6912142090004636 }, { "entry": "rotations_n6", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.451829625576893e-15, "tolerance": 2.7098876558096605e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.700975318360868e-15, "global_phase": -1.1330486121689853e-15, "seconds": 0.014585832999728154 }, { "entry": "rotations_n6", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.913743035213031e-07, "tolerance": 0.00022236322833053704, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.913755143058781e-07, "global_phase": -1.0908246135531504e-09, "seconds": 0.0033511660003568977, "adapter": [ "U as a matrix" ] }, { "entry": "rotations_n6", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error", "measured": 3.6925340820413464e-16, "tolerance": 7.991467154512563e-13, "status": "pass", "note": "planned statevector" }, { "entry": "rotations_n10", "engine": "wai.exact", "quantity": "refuses, as listed: an angle no grid of 2^32 holds within 10^-14 of a turn", "measured": "the angle 0.49840613019150304 is not a dyadic multiple of 2\u03c0 (2\u03c0m/2^k, k \u2264 32) [Q500]", "tolerance": "[Q500]", "status": "refused" }, { "entry": "rotations_n10", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.464502051374197e-15, "tolerance": 2.0448754189513503e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.9061712219412836e-15, "global_phase": -1.5401496063733773e-15, "seconds": 0.001182333 }, { "entry": "rotations_n10", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4143196186593406e-15, "tolerance": 1.0620234965584993e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.6382365134157053e-15, "global_phase": -1.0636506379805698e-15, "seconds": 0.002113875 }, { "entry": "rotations_n10", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4143196186593406e-15, "tolerance": 1.0620234965584993e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.6382365134157053e-15, "global_phase": -1.0636506379805698e-15, "seconds": 0.004702084, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "rotations_n10", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.3602844610714314e-15, "tolerance": 2.0448754189513503e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 2.5904531582104556e-15, "global_phase": -1.0674759143452676e-15, "seconds": 1.9712917500000913 }, { "entry": "rotations_n10", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.611680501455493e-14, "tolerance": 2.931147265744985e-07, "status": "pass", "note": "double precision, a contraction of width 15.0", "strict": 3.61466101254417e-14, "global_phase": -1.4675895547817742e-15, "seconds": 1.3391869589977432 }, { "entry": "rotations_n10", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.17372837499147e-15, "tolerance": 1.0890426258424233e-09, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.286480728746005e-15, "global_phase": 1.2768800304762984e-15, "seconds": 0.15655799999512965 }, { "entry": "rotations_n10", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.282887916817331e-07, "tolerance": 0.0005691853986397459, "status": "pass", "note": "single precision, fusion width 2", "strict": 7.295684771927766e-07, "global_phase": -4.3192578052393335e-08, "seconds": 0.013265250003314577, "adapter": [ "U as a matrix" ] }, { "entry": "rotations_n10", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error", "measured": 1.8265293292099646e-16, "tolerance": 2.0448754189513503e-12, "status": "pass", "note": "planned statevector" }, { "entry": "rotations_n12", "engine": "wai.exact", "quantity": "refuses, as listed: an angle no grid of 2^32 holds within 10^-14 of a turn", "measured": "the angle 1.437905822610216 is not a dyadic multiple of 2\u03c0 (2\u03c0m/2^k, k \u2264 32) [Q500]", "tolerance": "[Q500]", "status": "refused" }, { "entry": "rotations_n12", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.10908033510255e-15, "tolerance": 3.2906041224545485e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 3.898968578999015e-15, "global_phase": -2.3527803658438282e-15, "seconds": 0.00267075 }, { "entry": "rotations_n12", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.093518337966418e-15, "tolerance": 1.707519429100891e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 4.331119798114088e-15, "global_phase": -3.031293947851528e-15, "seconds": 0.008303417 }, { "entry": "rotations_n12", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.093518337966418e-15, "tolerance": 1.707519429100891e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 4.331119798114088e-15, "global_phase": -3.031293947851528e-15, "seconds": 0.003764667, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "rotations_n12", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.029434690449638e-15, "tolerance": 3.2906041224545485e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 4.11654606819691e-15, "global_phase": -2.7871987707890047e-15, "seconds": 1.2438645419970271 }, { "entry": "rotations_n12", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.67179637198592e-12, "tolerance": 1.3263461525542181e-06, "status": "pass", "note": "double precision, a contraction of width 16.0", "strict": 2.6717980357551187e-12, "global_phase": -2.98169545489541e-15, "seconds": 3.2495053750026273 }, { "entry": "rotations_n12", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1963452167521439e-14, "tolerance": 2.0708055344099814e-09, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.210254510477273e-14, "global_phase": -1.8295929187895565e-15, "seconds": 4.6017295839992585 }, { "entry": "rotations_n12", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.555154261125553e-07, "tolerance": 0.0009162477599676945, "status": "pass", "note": "single precision, fusion width 2", "strict": 9.826555759371395e-07, "global_phase": 2.2935179604588235e-07, "seconds": 0.029097416998411063, "adapter": [ "U as a matrix" ] }, { "entry": "rotations_n12", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error", "measured": 1.9380251804308974e-16, "tolerance": 3.2906041224545485e-12, "status": "pass", "note": "planned statevector" }, { "entry": "rotations_wide_n20", "engine": "aer.statevector ~ ddsim.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.1697438847821144e-13, "tolerance": 1.4165429779443213e-09, "status": "pass" }, { "entry": "rotations_wide_n20", "engine": "aer.statevector ~ qsim.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 2.5980182774576787e-05, "tolerance": 0.00038592867124719895, "status": "pass" }, { "entry": "rotations_wide_n20", "engine": "aer.statevector ~ quimb.dense", "quantity": "distance between the two states, modulo a global phase", "measured": 1.421550185013701e-15, "tolerance": 8.63124024008962e-12, "status": "pass" }, { "entry": "rotations_wide_n20", "engine": "aer.statevector ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.502910518297138e-15, "tolerance": 8.63124024008962e-12, "status": "pass" }, { "entry": "rotations_wide_n20", "engine": "ddsim.statevector ~ qsim.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 2.598018276591867e-05, "tolerance": 0.0003859300733012056, "status": "pass" }, { "entry": "rotations_wide_n20", "engine": "ddsim.statevector ~ quimb.dense", "quantity": "distance between the two states, modulo a global phase", "measured": 1.169691701042057e-13, "tolerance": 1.4106852468931524e-09, "status": "pass" }, { "entry": "rotations_wide_n20", "engine": "ddsim.statevector ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.1696490123049338e-13, "tolerance": 1.4106852468931524e-09, "status": "pass" }, { "entry": "rotations_wide_n20", "engine": "qsim.statevector ~ quimb.dense", "quantity": "distance between the two states, modulo a global phase", "measured": 2.5980182774262524e-05, "tolerance": 0.00038592866538946787, "status": "pass" }, { "entry": "rotations_wide_n20", "engine": "qsim.statevector ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 2.598018277419488e-05, "tolerance": 0.00038592866538946787, "status": "pass" }, { "entry": "rotations_wide_n20", "engine": "quimb.dense ~ wai.statevector", "quantity": "distance between the two states, modulo a global phase", "measured": 1.4905584817309385e-15, "tolerance": 2.7735091889206955e-12, "status": "pass" }, { "entry": "mirror_n10", "engine": "wai.exact", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 1.5187978165169593e-06, "tolerance": 0.0003597153067337921, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.5188537817569304e-06, "seconds": 0.010363625 }, { "entry": "mirror_n10", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 8.201255427515003e-14, "tolerance": 1.1724210342350836e-11, "status": "pass" }, { "entry": "mirror_n10", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "mirror_n10", "engine": "wai.statevector", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 1.9510560572688773e-15, "tolerance": 5.453001117222185e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.984140267936255e-15, "seconds": 0.001987 }, { "entry": "mirror_n10", "engine": "aer.statevector", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 3.116093335117587e-15, "tolerance": 2.8280029346481536e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 3.117234406512196e-15, "seconds": 0.002934916 }, { "entry": "mirror_n10", "engine": "quimb.dense", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 2.6988486950719913e-15, "tolerance": 5.453001117222185e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 2.7208750497259247e-15, "seconds": 0.8753189169947291 }, { "entry": "mirror_n10", "engine": "ddsim.statevector", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 0.0, "tolerance": 2.904113674174054e-09, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 0.0, "seconds": 0.1737477909991867 }, { "entry": "mirror_n10", "engine": "qsim.statevector", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 8.91467530037236e-07, "tolerance": 0.0015192659685579655, "status": "pass", "note": "single precision, fusion width 2", "strict": 8.972856072673777e-07, "seconds": 0.01854250000178581 }, { "entry": "mirror_n16", "engine": "wai.exact", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 1.5097730264204684e-05, "tolerance": 0.003469576937108643, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.5097785874851365e-05, "seconds": 0.841899375 }, { "entry": "mirror_n16", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 9.778321890684503e-14, "tolerance": 1.4102957475358876e-11, "status": "pass" }, { "entry": "mirror_n16", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "mirror_n16", "engine": "wai.statevector", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 2.2300760905380908e-15, "tolerance": 6.628216875251998e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.238789057608218e-15, "seconds": 0.088645 }, { "entry": "mirror_n16", "engine": "aer.statevector", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 3.24982545300699e-15, "tolerance": 3.453367988601977e-11, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 3.2761650953232175e-15, "seconds": 0.118449792 }, { "entry": "mirror_n16", "engine": "quimb.dense", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 1.9930936758272993e-15, "tolerance": 6.628216875251998e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 1.994124091015089e-15, "seconds": 1.2209937080042437 }, { "entry": "mirror_n16", "engine": "ddsim.statevector", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 8.514930450382587e-13, "tolerance": 5.453581555606244e-09, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 8.514930450382587e-13, "seconds": 30.369885207997868 }, { "entry": "mirror_n16", "engine": "qsim.statevector", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 1.0293821662146303e-06, "tolerance": 0.0018472968080305607, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.0399434223545688e-06, "seconds": 0.06639450000511715 }, { "entry": "mirror_n20", "engine": "wai.exact", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 4.73896084651158e-05, "tolerance": 0.01155545431658005, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 4.738962099310268e-05, "seconds": 14.009279417 }, { "entry": "mirror_n20", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 8.090288470075473e-14, "tolerance": 1.181152965688379e-11, "status": "pass" }, { "entry": "mirror_n20", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": null, "tolerance": null, "status": "not run", "note": "not rerun: 8386 ops on 2^20 amplitudes is past the referee's 2^30 updates" }, { "entry": "mirror_n20", "engine": "wai.statevector", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 1.7612504605929993e-15, "tolerance": 5.547018377864469e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.783666617688025e-15, "seconds": 0.250711833 }, { "entry": "mirror_n20", "engine": "aer.statevector", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 2.321364850386153e-15, "tolerance": 2.8904518742140163e-11, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.3233717576401003e-15, "seconds": 1.891526875 }, { "entry": "mirror_n20", "engine": "quimb.dense", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 2.3823357481473787e-15, "tolerance": 5.547018377864469e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 2.391665972196861e-15, "seconds": 8.533272749999014 }, { "entry": "mirror_n20", "engine": "ddsim.statevector", "quantity": "distance from |0\u20260>", "measured": null, "tolerance": null, "status": "not run", "note": "did not finish within 900 s" }, { "entry": "mirror_n20", "engine": "qsim.statevector", "quantity": "distance from |0\u20260>, modulo a global phase", "measured": 9.0450940167473e-07, "tolerance": 0.0015455005690109941, "status": "pass", "note": "single precision, fusion width 2", "strict": 9.146325270517816e-07, "seconds": 0.8119447499993839 }, { "entry": "small_angle_k8", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.780451001345842e-10, "tolerance": 8.607879969073985e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.1888709590001065e-09, "global_phase": 6.759008355409271e-10 }, { "entry": "small_angle_k8", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.1888709590001065e-09, "tolerance": 8.607880857252405e-09, "status": "pass" }, { "entry": "small_angle_k8", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.2258192659821766e-16, "tolerance": 5.113306542163034e-15, "status": "pass" }, { "entry": "small_angle_k8", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "small_angle_k8", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8595955020684147e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.85959557341835e-16, "global_phase": -5.1513497497288096e-20, "seconds": 0.000175667 }, { "entry": "small_angle_k8", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 0.01227176929830895 }, { "entry": "small_angle_k8", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.478119303198938e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 9.718539386259611e-17, "global_phase": 6.207071732258519e-17, "seconds": 0.002237958 }, { "entry": "small_angle_k8", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999951, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 0.01227176929830895 }, { "entry": "small_angle_k8", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.478119303198938e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 9.718539386259611e-17, "global_phase": 6.207071732258519e-17, "seconds": 0.000112125, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "small_angle_k8", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999951, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 0.01227176929830895 }, { "entry": "small_angle_k8", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.6306117118131227e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.630646413577557e-16, "global_phase": -1.3512029458769615e-18, "seconds": 2.150513124994177 }, { "entry": "small_angle_k8", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 0.01227176929830895 }, { "entry": "small_angle_k8", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5236203411213074e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.5236203454172553e-16, "global_phase": 1.1441497725281051e-20, "seconds": 0.00607379199936986 }, { "entry": "small_angle_k8", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 0.01227176929830895 }, { "entry": "small_angle_k8", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.814761250837923e-16, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.8147667325496875e-16, "global_phase": 4.460496188388002e-19, "seconds": 0.031003083000541665 }, { "entry": "small_angle_k8", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 0.01227176929830895 }, { "entry": "small_angle_k8", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.9358970450937013e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.9370438261224258e-08, "global_phase": -8.206690548754471e-10, "seconds": 0.011106250000011642 }, { "entry": "small_angle_k8", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.000000081545135, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 0.01227176929830895 }, { "entry": "small_angle_k8", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 8.406587170647292e-10, "tolerance": 8.607880413163195e-09, "status": "pass", "note": "planned exact" }, { "entry": "small_angle_k16", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.145354530188233e-10, "tolerance": 8.607879969073985e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 7.2737423971223e-10, "global_phase": -1.3606017413376997e-10 }, { "entry": "small_angle_k16", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.2737423971223e-10, "tolerance": 8.607880857252405e-09, "status": "pass" }, { "entry": "small_angle_k16", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.1150240354016243e-16, "tolerance": 5.113306542163034e-15, "status": "pass" }, { "entry": "small_angle_k16", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "small_angle_k16", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8254756992859056e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.82547570059512e-16, "global_phase": 6.91366666472064e-21, "seconds": 1.425e-05 }, { "entry": "small_angle_k16", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.793689961683644e-05 }, { "entry": "small_angle_k16", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.050673116660162e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.0927932505288209e-16, "global_phase": 6.124134630745771e-17, "seconds": 6.3792e-05 }, { "entry": "small_angle_k16", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999987227, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.793689961683644e-05 }, { "entry": "small_angle_k16", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.050673116660162e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.0927932505288209e-16, "global_phase": 6.124134630745771e-17, "seconds": 0.000107916, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "small_angle_k16", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999987227, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.793689961683644e-05 }, { "entry": "small_angle_k16", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5653899922577952e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.565389992262524e-16, "global_phase": 3.847678097819925e-22, "seconds": 0.6328270419980981 }, { "entry": "small_angle_k16", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.793689961683644e-05 }, { "entry": "small_angle_k16", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.565390000217615e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.5653900018555572e-16, "global_phase": 7.161031376499654e-21, "seconds": 0.0006604590016650036 }, { "entry": "small_angle_k16", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999998, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.793689961683644e-05 }, { "entry": "small_angle_k16", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.58472171734119e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.584721728060106e-17, "global_phase": 3.757155249022045e-21, "seconds": 0.013825750000250991 }, { "entry": "small_angle_k16", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.793689961683644e-05 }, { "entry": "small_angle_k16", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.2497990667184677e-09, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.2498100863323152e-09, "global_phase": -8.463048083580325e-12, "seconds": 0.0017323749998467974 }, { "entry": "small_angle_k16", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001776945606, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.793689961683644e-05 }, { "entry": "small_angle_k16", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.143312573609271e-10, "tolerance": 8.607880413163195e-09, "status": "pass", "note": "planned exact" }, { "entry": "small_angle_k24", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.767666978444572e-11, "tolerance": 8.607879969073985e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 8.156711358706537e-11, "global_phase": 5.7676648494005915e-11 }, { "entry": "small_angle_k24", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 8.156711358706537e-11, "tolerance": 8.607880857252405e-09, "status": "pass" }, { "entry": "small_angle_k24", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.228704956460842e-16, "tolerance": 5.113306542163034e-15, "status": "pass" }, { "entry": "small_angle_k24", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "small_angle_k24", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1618425343289953e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.1618425343289958e-16, "global_phase": -4.874625787480407e-24, "seconds": 1.3917e-05 }, { "entry": "small_angle_k24", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000000000000002, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.8725351414619617e-07 }, { "entry": "small_angle_k24", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.696492554710878e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 9.073974588850753e-17, "global_phase": 6.123234627532328e-17, "seconds": 6.9209e-05 }, { "entry": "small_angle_k24", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999996729978, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.8725351414619617e-07 }, { "entry": "small_angle_k24", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.696492554710878e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 9.073974588850753e-17, "global_phase": 6.123234627532328e-17, "seconds": 7.5e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "small_angle_k24", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999996729978, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.8725351414619617e-07 }, { "entry": "small_angle_k24", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4197409606121313e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.4197409606121436e-16, "global_phase": -2.4697673580566565e-23, "seconds": 0.7658025419950718 }, { "entry": "small_angle_k24", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.8725351414619617e-07 }, { "entry": "small_angle_k24", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3159495123847854e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.315949512384786e-16, "global_phase": -3.9083572958578904e-24, "seconds": 0.0013630000030389056 }, { "entry": "small_angle_k24", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.8725351414619617e-07 }, { "entry": "small_angle_k24", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.5063878560098153e-14, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.5063878560100614e-14, "global_phase": 1.3154399712170649e-20, "seconds": 0.017899083002703264 }, { "entry": "small_angle_k24", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999473, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.8725351414619617e-07 }, { "entry": "small_angle_k24", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.991742884792483e-14, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 6.871130644612338e-14, "global_phase": -3.3632504423353635e-14, "seconds": 0.0017066669970517978 }, { "entry": "small_angle_k24", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001796094875, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.8725351414619617e-07 }, { "entry": "small_angle_k24", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.7676659139227304e-11, "tolerance": 8.607880413163195e-09, "status": "pass", "note": "planned exact" }, { "entry": "small_angle_k26", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.47249805794336e-10, "tolerance": 8.607879969073985e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 3.4966402863501713e-10, "global_phase": 2.4724980577531914e-10 }, { "entry": "small_angle_k26", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 3.4966402863501713e-10, "tolerance": 8.607880857252405e-09, "status": "pass" }, { "entry": "small_angle_k26", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.2362716297279847e-16, "tolerance": 5.113306542163034e-15, "status": "pass" }, { "entry": "small_angle_k26", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "small_angle_k26", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.952496715825137e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.9524967158251372e-16, "global_phase": 6.71583667849561e-25, "seconds": 2.925e-05 }, { "entry": "small_angle_k26", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.68133785365491e-08 }, { "entry": "small_angle_k26", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.366157294584462e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 9.578845626274399e-17, "global_phase": 6.123235275851835e-17, "seconds": 0.000238625 }, { "entry": "small_angle_k26", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999986919904, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.68133785365491e-08 }, { "entry": "small_angle_k26", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.366157294584462e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 9.578845626274399e-17, "global_phase": 6.123235275851835e-17, "seconds": 0.000350042, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "small_angle_k26", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999986919904, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.68133785365491e-08 }, { "entry": "small_angle_k26", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.5239932650251915e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.5239932650251915e-16, "global_phase": 2.3332666200026874e-24, "seconds": 0.59435783400113 }, { "entry": "small_angle_k26", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999998, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.68133785365491e-08 }, { "entry": "small_angle_k26", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4293906912430871e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.4293906912430874e-16, "global_phase": -1.6855137448329943e-24, "seconds": 0.0015265830006683245 }, { "entry": "small_angle_k26", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.68133785365491e-08 }, { "entry": "small_angle_k26", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1914924100062304e-15, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.1914924100062395e-15, "global_phase": 2.014580430297663e-22, "seconds": 0.008420416997978464 }, { "entry": "small_angle_k26", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999968, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.68133785365491e-08 }, { "entry": "small_angle_k26", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.961132963119457e-15, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.2288145633023052e-14, "global_phase": -8.408128157662514e-15, "seconds": 0.0018878330010920763 }, { "entry": "small_angle_k26", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001796095148, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 4.68133785365491e-08 }, { "entry": "small_angle_k26", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.4724980578482773e-10, "tolerance": 8.607880413163195e-09, "status": "pass", "note": "planned exact" }, { "entry": "small_angle_k28", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.038488358639941e-10, "tolerance": 8.607879969073985e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 5.711285008274089e-10, "global_phase": -4.038488358639409e-10 }, { "entry": "small_angle_k28", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 5.711285008274089e-10, "tolerance": 8.607880857252405e-09, "status": "pass" }, { "entry": "small_angle_k28", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.3769972679217414e-16, "tolerance": 5.113306542163034e-15, "status": "pass" }, { "entry": "small_angle_k28", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "small_angle_k28", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3940409624957706e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.3940409624957706e-16, "global_phase": -3.6016109745977435e-25, "seconds": 1.5083e-05 }, { "entry": "small_angle_k28", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1703344634137277e-08 }, { "entry": "small_angle_k28", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5225932261746305e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.6411063727342416e-16, "global_phase": 6.123234392345849e-17, "seconds": 0.000117625 }, { "entry": "small_angle_k28", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999947679622, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1703344634137277e-08 }, { "entry": "small_angle_k28", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5225932261746305e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.6411063727342416e-16, "global_phase": 6.123234392345849e-17, "seconds": 0.000100375, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "small_angle_k28", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999947679622, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1703344634137277e-08 }, { "entry": "small_angle_k28", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1778473976565104e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.1778473976565107e-16, "global_phase": 2.6539241761670182e-24, "seconds": 0.7755920409981627 }, { "entry": "small_angle_k28", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999998, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1703344634137277e-08 }, { "entry": "small_angle_k28", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.894478810177485e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 8.894478810177485e-17, "global_phase": 3.498968171638388e-25, "seconds": 0.0006402500002877787 }, { "entry": "small_angle_k28", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1703344634137277e-08 }, { "entry": "small_angle_k28", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3696827562538977e-16, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.3696827562538982e-16, "global_phase": 2.6449066869591424e-24, "seconds": 0.011580042002606206 }, { "entry": "small_angle_k28", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1703344634137277e-08 }, { "entry": "small_angle_k28", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.110938055349543e-15, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.9790264018692395e-15, "global_phase": -2.10203207147538e-15, "seconds": 0.002134707996447105 }, { "entry": "small_angle_k28", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001796095166, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1703344634137277e-08 }, { "entry": "small_angle_k28", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 4.0384883586396754e-10, "tolerance": 8.607880413163195e-09, "status": "pass", "note": "planned exact" }, { "entry": "small_angle_k30", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.318684346878843e-10, "tolerance": 8.607879969073985e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.8649012878451636e-10, "global_phase": 1.3186843468788386e-10 }, { "entry": "small_angle_k30", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.8649012878451636e-10, "tolerance": 8.607880857252405e-09, "status": "pass" }, { "entry": "small_angle_k30", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.2220956107130027e-16, "tolerance": 5.113306542163034e-15, "status": "pass" }, { "entry": "small_angle_k30", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "small_angle_k30", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.30763959096193e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.30763959096193e-16, "global_phase": 3.8352550973466707e-25, "seconds": 1.6375e-05 }, { "entry": "small_angle_k30", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.9258361585343192e-09 }, { "entry": "small_angle_k30", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.24176605255026e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.743777155297435e-17, "global_phase": 6.123234070875654e-17, "seconds": 0.000116667 }, { "entry": "small_angle_k30", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999790718493, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.9258361585343192e-09 }, { "entry": "small_angle_k30", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.24176605255026e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.743777155297435e-17, "global_phase": 6.123234070875654e-17, "seconds": 0.00011975, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "small_angle_k30", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999790718493, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.9258361585343192e-09 }, { "entry": "small_angle_k30", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1365565322645643e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.1365565322645643e-16, "global_phase": -8.86261455065536e-26, "seconds": 0.7484519999998156 }, { "entry": "small_angle_k30", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.9258361585343192e-09 }, { "entry": "small_angle_k30", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0281877206483399e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.0281877206483399e-16, "global_phase": -1.7738338483450532e-25, "seconds": 0.0006637499973294325 }, { "entry": "small_angle_k30", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.9258361585343192e-09 }, { "entry": "small_angle_k30", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.560517226586876e-18, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 8.560517226586893e-18, "global_phase": 5.359933175532669e-25, "seconds": 0.011102292002760805 }, { "entry": "small_angle_k30", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999998, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.9258361585343192e-09 }, { "entry": "small_angle_k30", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.256474506611849e-16, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 7.432791667721722e-16, "global_phase": -5.255080183697786e-16, "seconds": 0.0022921659983694553 }, { "entry": "small_angle_k30", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001796095166, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.9258361585343192e-09 }, { "entry": "small_angle_k30", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.318684346878841e-10, "tolerance": 8.607880413163195e-09, "status": "pass", "note": "planned exact" }, { "entry": "small_angle_k32", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.9986353498189868e-10, "tolerance": 8.607879969073985e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 2.8264972179523065e-10, "global_phase": -1.9986353498189868e-10 }, { "entry": "small_angle_k32", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.8264972179523065e-10, "tolerance": 8.607880857252405e-09, "status": "pass" }, { "entry": "small_angle_k32", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.220452495233884e-16, "tolerance": 5.113306542163034e-15, "status": "pass" }, { "entry": "small_angle_k32", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "small_angle_k32", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2258028030058234e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.2258028030058234e-16, "global_phase": 8.805429279700935e-26, "seconds": 2.8541e-05 }, { "entry": "small_angle_k32", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 7.314590396335798e-10 }, { "entry": "small_angle_k32", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123701466044248e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659891128289178e-17, "global_phase": 6.123234007335431e-17, "seconds": 9.3167e-05 }, { "entry": "small_angle_k32", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999162873975, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 7.314590396335798e-10 }, { "entry": "small_angle_k32", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123701466044248e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659891128289178e-17, "global_phase": 6.123234007335431e-17, "seconds": 6.7166e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "small_angle_k32", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999162873975, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 7.314590396335798e-10 }, { "entry": "small_angle_k32", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2151021875367953e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.2151021875367953e-16, "global_phase": -2.998362101329583e-26, "seconds": 0.6799080420023529 }, { "entry": "small_angle_k32", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 7.314590396335798e-10 }, { "entry": "small_angle_k32", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1048856556976266e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.1048856556976266e-16, "global_phase": -5.217293084528376e-26, "seconds": 0.0012508749932749197 }, { "entry": "small_angle_k32", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 7.314590396335798e-10 }, { "entry": "small_angle_k32", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.350323266616951e-19, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 5.350323266617113e-19, "global_phase": 1.3204155822915235e-25, "seconds": 0.008662291998916771 }, { "entry": "small_angle_k32", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999998, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 7.314590396335798e-10 }, { "entry": "small_angle_k32", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3137918350078252e-16, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.8579668241137169e-16, "global_phase": -1.3137700460027175e-16, "seconds": 0.001839459000620991 }, { "entry": "small_angle_k32", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001796095168, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 7.314590396335798e-10 }, { "entry": "small_angle_k32", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.9986353498189868e-10, "tolerance": 8.607880413163195e-09, "status": "pass", "note": "planned exact" }, { "entry": "below_grid_k33", "engine": "wai.exact", "quantity": "refuses, as listed: an angle no grid of 2^32 holds within 10^-14 of a turn", "measured": "the angle 0.0000000007314590396335798 is not a dyadic multiple of 2\u03c0 (2\u03c0m/2^k, k \u2264 32) [Q500]", "tolerance": "[Q500]", "status": "refused" }, { "entry": "below_grid_k33", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.221784032698946e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.221784032698946e-16, "global_phase": 4.3831469282588235e-26, "seconds": 1.5833e-05 }, { "entry": "below_grid_k33", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 3.657295198167899e-10 }, { "entry": "below_grid_k33", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123263208852025e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.65958122267691e-17, "global_phase": 6.123234000694218e-17, "seconds": 6.6625e-05 }, { "entry": "below_grid_k33", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999998325747947, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 3.657295198167899e-10 }, { "entry": "below_grid_k33", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123263208852025e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.65958122267691e-17, "global_phase": 6.123234000694218e-17, "seconds": 7.2667e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "below_grid_k33", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999998325747947, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 3.657295198167899e-10 }, { "entry": "below_grid_k33", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2191088715510154e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.2191088715510154e-16, "global_phase": -1.518748762256435e-26, "seconds": 0.6595110409980407 }, { "entry": "below_grid_k33", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 3.657295198167899e-10 }, { "entry": "below_grid_k33", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1088862505292507e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.1088862505292507e-16, "global_phase": -2.628214253855832e-26, "seconds": 0.0006260829977691174 }, { "entry": "below_grid_k33", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 3.657295198167899e-10 }, { "entry": "below_grid_k33", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3375808166543595e-19, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.3375808166545222e-19, "global_phase": 6.597185983559708e-26, "seconds": 0.008288332996016834 }, { "entry": "below_grid_k33", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999998, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 3.657295198167899e-10 }, { "entry": "below_grid_k33", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.568877466458933e-17, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 9.28977634359184e-17, "global_phase": -6.568850230033155e-17, "seconds": 0.0016587089994573034 }, { "entry": "below_grid_k33", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001796095168, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 3.657295198167899e-10 }, { "entry": "below_grid_k33", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error", "measured": 2.2217836300669674e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "planned statevector" }, { "entry": "below_grid_k40", "engine": "wai.exact", "quantity": "refuses, as listed: an angle no grid of 2^32 holds within 10^-14 of a turn", "measured": "the angle 0.000000000005714523747137342 is not a dyadic multiple of 2\u03c0 (2\u03c0m/2^k, k \u2264 32) [Q500]", "tolerance": "[Q500]", "status": "refused" }, { "entry": "below_grid_k40", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.220446130889769e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.220446130889769e-16, "global_phase": 3.419238090495615e-28, "seconds": 2.8167e-05 }, { "entry": "below_grid_k40", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.857261873568671e-12 }, { "entry": "below_grid_k40", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123233995718975e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562386814e-17, "global_phase": 6.123233995799644e-17, "seconds": 0.000109833 }, { "entry": "below_grid_k40", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999785695737154, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.857261873568671e-12 }, { "entry": "below_grid_k40", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123233995718975e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562386814e-17, "global_phase": 6.123233995799644e-17, "seconds": 0.000198583, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "below_grid_k40", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999785695737154, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.857261873568671e-12 }, { "entry": "below_grid_k40", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2204459676108604e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.2204459676108604e-16, "global_phase": -1.1916179177194308e-28, "seconds": 0.6718410829998902 }, { "entry": "below_grid_k40", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.857261873568671e-12 }, { "entry": "below_grid_k40", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1102229429857054e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.1102229429857054e-16, "global_phase": -2.0583878330314597e-28, "seconds": 0.0006742500045220368 }, { "entry": "below_grid_k40", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.857261873568671e-12 }, { "entry": "below_grid_k40", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.163945430410356e-24, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 8.16394544667156e-24, "global_phase": 5.152777687854373e-28, "seconds": 0.010987292000208981 }, { "entry": "below_grid_k40", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999998, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.857261873568671e-12 }, { "entry": "below_grid_k40", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.131914243517235e-19, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 7.25762272319939e-19, "global_phase": -5.1319142422184975e-19, "seconds": 0.0017812920050346293 }, { "entry": "below_grid_k40", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001796095168, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.857261873568671e-12 }, { "entry": "below_grid_k40", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error", "measured": 2.2204461308897673e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "planned statevector" }, { "entry": "below_grid_k47", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2322358387255243e-14, "tolerance": 6.359468354083656e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 3.1568581975409175e-14, "global_phase": 2.2322358387255243e-14 }, { "entry": "below_grid_k47", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 3.1568581975409175e-14, "tolerance": 6.359469242262076e-09, "status": "pass" }, { "entry": "below_grid_k47", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.232346271920288e-14, "tolerance": 4.8349647275852546e-14, "status": "pass", "note": "the reader moved its angles by 7.11e-15 of a turn in all, as its rule has it" }, { "entry": "below_grid_k47", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "below_grid_k47", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2204460492552957e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.2204460492552957e-16, "global_phase": 2.6712795152298427e-30, "seconds": 1.5458e-05 }, { "entry": "below_grid_k47", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.2322358387255243e-14 }, { "entry": "below_grid_k47", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123233995736529e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562355044e-17, "global_phase": 6.12323399573716e-17, "seconds": 0.000135667 }, { "entry": "below_grid_k47", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9972569054355688, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.2322358387255243e-14 }, { "entry": "below_grid_k47", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123233995736529e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562355044e-17, "global_phase": 6.12323399573716e-17, "seconds": 0.000109459, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "below_grid_k47", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9972569054355688, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.2322358387255243e-14 }, { "entry": "below_grid_k47", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2204460492453302e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.2204460492453302e-16, "global_phase": -9.309517411881617e-31, "seconds": 0.7213506250045612 }, { "entry": "below_grid_k47", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.2322358387255243e-14 }, { "entry": "below_grid_k47", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1102230246201737e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.1102230246201737e-16, "global_phase": -1.6081157375256844e-30, "seconds": 0.0015276249978342094 }, { "entry": "below_grid_k47", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.2322358387255243e-14 }, { "entry": "below_grid_k47", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2322358387255243e-14, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.1568581975409175e-14, "global_phase": 2.2322358387255243e-14, "seconds": 0.015317666002374608 }, { "entry": "below_grid_k47", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": -4.318084277547319e-78, "tolerance": [ 0.5, 1.5 ], "status": "info", "note": "drops it: the angle, 4.46e-14 rad, is below its parameter tolerance of 1e-13 rad, where it may read an angle as 0", "step": 2.2322358387255243e-14 }, { "entry": "below_grid_k47", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.0093080017332636e-21, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 5.67001775178211e-21, "global_phase": -4.009308001733202e-21, "seconds": 0.0018687910051085055 }, { "entry": "below_grid_k47", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001796095168, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.2322358387255243e-14 }, { "entry": "below_grid_k47", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.2322358387255243e-14, "tolerance": 6.359468798172866e-09, "status": "pass", "note": "planned exact" }, { "entry": "below_grid_k48", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1161179193627622e-14, "tolerance": 6.359468354083656e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.5784290987704587e-14, "global_phase": 1.1161179193627622e-14 }, { "entry": "below_grid_k48", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.5784290987704587e-14, "tolerance": 6.359469242262076e-09, "status": "pass" }, { "entry": "below_grid_k48", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.1163387693654755e-14, "tolerance": 2.6027288888597302e-14, "status": "pass", "note": "the reader moved its angles by 3.55e-15 of a turn in all, as its rule has it" }, { "entry": "below_grid_k48", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "below_grid_k48", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2204460492515585e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.2204460492515585e-16, "global_phase": 1.3356397576093598e-30, "seconds": 4.3542e-05 }, { "entry": "below_grid_k48", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1161179193627622e-14 }, { "entry": "below_grid_k48", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123233995736643e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562354982e-17, "global_phase": 6.123233995736958e-17, "seconds": 6.9125e-05 }, { "entry": "below_grid_k48", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9945138108711374, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1161179193627622e-14 }, { "entry": "below_grid_k48", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123233995736643e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562354982e-17, "global_phase": 6.123233995736958e-17, "seconds": 0.000120292, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "below_grid_k48", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9945138108711374, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1161179193627622e-14 }, { "entry": "below_grid_k48", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2204460492490674e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.2204460492490674e-16, "global_phase": -4.654758705996424e-31, "seconds": 0.8276829160022317 }, { "entry": "below_grid_k48", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1161179193627622e-14 }, { "entry": "below_grid_k48", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1102230246239108e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.1102230246239108e-16, "global_phase": -8.040578687684036e-31, "seconds": 0.0005952909996267408 }, { "entry": "below_grid_k48", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1161179193627622e-14 }, { "entry": "below_grid_k48", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1161179193627622e-14, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.5784290987704587e-14, "global_phase": 1.1161179193627622e-14, "seconds": 0.0118235000045388 }, { "entry": "below_grid_k48", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": -4.31808427754727e-78, "tolerance": [ 0.5, 1.5 ], "status": "info", "note": "drops it: the angle, 2.23e-14 rad, is below its parameter tolerance of 1e-13 rad, where it may read an angle as 0", "step": 1.1161179193627622e-14 }, { "entry": "below_grid_k48", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.0046540008666085e-21, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.8350088758910386e-21, "global_phase": -2.004654000866601e-21, "seconds": 0.0033314999964204617 }, { "entry": "below_grid_k48", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001796095168, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 1.1161179193627622e-14 }, { "entry": "below_grid_k48", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.1161179193627622e-14, "tolerance": 6.359468798172866e-09, "status": "pass", "note": "planned exact" }, { "entry": "below_grid_k52", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.975736996017264e-16, "tolerance": 6.359468354083656e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 9.865181867315367e-16, "global_phase": 6.975736996017264e-16 }, { "entry": "below_grid_k52", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 9.865181867315367e-16, "tolerance": 6.359469242262076e-09, "status": "pass" }, { "entry": "below_grid_k52", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 7.320607030515658e-16, "tolerance": 5.100077900545513e-15, "status": "pass", "note": "the reader moved its angles by 2.22e-16 of a turn in all, as its rule has it" }, { "entry": "below_grid_k52", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "below_grid_k52", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.220446049250318e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.220446049250318e-16, "global_phase": 8.347748485046958e-32, "seconds": 1.6375e-05 }, { "entry": "below_grid_k52", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 6.975736996017264e-16 }, { "entry": "below_grid_k52", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.12323399573676e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562354938e-17, "global_phase": 6.12323399573678e-17, "seconds": 7.2417e-05 }, { "entry": "below_grid_k52", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.912220973938198, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 6.975736996017264e-16 }, { "entry": "below_grid_k52", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.12323399573676e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562354938e-17, "global_phase": 6.12323399573678e-17, "seconds": 6.7583e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "below_grid_k52", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.912220973938198, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 6.975736996017264e-16 }, { "entry": "below_grid_k52", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.2204460492503082e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.2204460492503082e-16, "global_phase": -2.9092241912593063e-32, "seconds": 0.6186143329978222 }, { "entry": "below_grid_k52", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 6.975736996017264e-16 }, { "entry": "below_grid_k52", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1102230246251516e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.1102230246251516e-16, "global_phase": -5.025361679814063e-32, "seconds": 0.0006012080048094504 }, { "entry": "below_grid_k52", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 6.975736996017264e-16 }, { "entry": "below_grid_k52", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.975736996017264e-16, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 9.865181867315367e-16, "global_phase": 6.975736996017264e-16, "seconds": 0.0062095419998513535 }, { "entry": "below_grid_k52", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": -4.318084277547225e-78, "tolerance": [ 0.5, 1.5 ], "status": "info", "note": "drops it: the angle, 1.4e-15 rad, is below its parameter tolerance of 1e-13 rad, where it may read an angle as 0", "step": 6.975736996017264e-16 }, { "entry": "below_grid_k52", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2529087505416256e-22, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.7718805474318958e-22, "global_phase": -1.2529087505416256e-22, "seconds": 0.0017749160033417866 }, { "entry": "below_grid_k52", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001796095168, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 6.975736996017264e-16 }, { "entry": "below_grid_k52", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.975736996017264e-16, "tolerance": 6.359468798172866e-09, "status": "pass", "note": "planned exact" }, { "entry": "below_grid_k60", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.7248972640692436e-18, "tolerance": 6.359468354083656e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 3.853586666920065e-18, "global_phase": 2.7248972640692436e-18 }, { "entry": "below_grid_k60", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 3.853586666920065e-18, "tolerance": 6.359469242262076e-09, "status": "pass" }, { "entry": "below_grid_k60", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.220613240557954e-16, "tolerance": 3.7103802958702e-15, "status": "pass", "note": "the reader moved its angles by 8.67e-19 of a turn in all, as its rule has it" }, { "entry": "below_grid_k60", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "below_grid_k60", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.220446049250313e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.220446049250313e-16, "global_phase": 3.2608392519714503e-34, "seconds": 2.425e-05 }, { "entry": "below_grid_k60", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "info", "note": "neither can be told: its distance from the ideal state, 2.22e-16, is more than half the gate's effect, 2.72e-18", "step": 2.7248972640692436e-18 }, { "entry": "below_grid_k60", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123233995736766e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562354932e-17, "global_phase": 6.123233995736765e-17, "seconds": 0.000312209 }, { "entry": "below_grid_k60", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": -21.47143067182134, "tolerance": [ 0.5, 1.5 ], "status": "info", "note": "neither can be told: its distance from the ideal state, 6.12e-17, is more than half the gate's effect, 2.72e-18", "step": 2.7248972640692436e-18 }, { "entry": "below_grid_k60", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123233995736766e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562354932e-17, "global_phase": 6.123233995736765e-17, "seconds": 7.4e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "below_grid_k60", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": -21.47143067182134, "tolerance": [ 0.5, 1.5 ], "status": "info", "note": "neither can be told: its distance from the ideal state, 6.12e-17, is more than half the gate's effect, 2.72e-18", "step": 2.7248972640692436e-18 }, { "entry": "below_grid_k60", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.220446049250313e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.220446049250313e-16, "global_phase": -1.136415699710684e-34, "seconds": 0.698058415997366 }, { "entry": "below_grid_k60", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "info", "note": "neither can be told: its distance from the ideal state, 2.22e-16, is more than half the gate's effect, 2.72e-18", "step": 2.7248972640692436e-18 }, { "entry": "below_grid_k60", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1102230246251565e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.1102230246251565e-16, "global_phase": -1.9630319061773865e-34, "seconds": 0.0007058749979478307 }, { "entry": "below_grid_k60", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "info", "note": "neither can be told: its distance from the ideal state, 1.11e-16, is more than half the gate's effect, 2.72e-18", "step": 2.7248972640692436e-18 }, { "entry": "below_grid_k60", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.7248972640692436e-18, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.853586666920065e-18, "global_phase": 2.7248972640692436e-18, "seconds": 0.014997583006334025 }, { "entry": "below_grid_k60", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": -4.3180842775472223e-78, "tolerance": [ 0.5, 1.5 ], "status": "info", "note": "drops it: the angle, 5.45e-18 rad, is below its parameter tolerance of 1e-13 rad, where it may read an angle as 0", "step": 2.7248972640692436e-18 }, { "entry": "below_grid_k60", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.894174806803225e-25, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 6.921408388405842e-25, "global_phase": -4.894174806803225e-25, "seconds": 0.0017577920007170178 }, { "entry": "below_grid_k60", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001796095168, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.7248972640692436e-18 }, { "entry": "below_grid_k60", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.7248972640692436e-18, "tolerance": 6.359468798172866e-09, "status": "pass", "note": "planned exact" }, { "entry": "tiny_radians", "engine": "wai.exact", "quantity": "refuses, as listed: an angle no grid of 2^32 holds within 10^-14 of a turn", "measured": "the angle 0.000000000001 is not a dyadic multiple of 2\u03c0 (2\u03c0m/2^k, k \u2264 32) [Q500]", "tolerance": "[Q500]", "status": "refused" }, { "entry": "tiny_radians", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.220446050500313e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.220446050500313e-16, "global_phase": -8.636168555094445e-78, "seconds": 1.5917e-05 }, { "entry": "tiny_radians", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 5e-13 }, { "entry": "tiny_radians", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123233995739025e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562364557e-17, "global_phase": 6.123233995748117e-17, "seconds": 0.000128333 }, { "entry": "tiny_radians", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9998775353200852, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 5e-13 }, { "entry": "tiny_radians", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.123233995739025e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.659560562364557e-17, "global_phase": 6.123233995748117e-17, "seconds": 0.000112959, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "tiny_radians", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9998775353200852, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 5e-13 }, { "entry": "tiny_radians", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.220446048000313e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.220446048000313e-16, "global_phase": -8.636168555094445e-78, "seconds": 0.6889060829998925 }, { "entry": "tiny_radians", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 5e-13 }, { "entry": "tiny_radians", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1102230233751565e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.1102230233751565e-16, "global_phase": 6.15135748657355e-30, "seconds": 0.0006014169994159602 }, { "entry": "tiny_radians", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999998, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 5e-13 }, { "entry": "tiny_radians", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.0710678118654759e-13, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.0710678118654759e-13, "global_phase": -8.636168555094445e-78, "seconds": 0.012397042002703529 }, { "entry": "tiny_radians", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.4142135623730951, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 5e-13 }, { "entry": "tiny_radians", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.2212207224549863e-20, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 5.2212207224549863e-20, "global_phase": -8.636168555094445e-78, "seconds": 0.00289816599979531 }, { "entry": "tiny_radians", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0000001044244144, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 5e-13 }, { "entry": "tiny_radians", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error", "measured": 2.220446050500313e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "planned statevector" }, { "entry": "controlled_small_angle_k30", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1420141439699675e-10, "tolerance": 1.124205801572448e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.318684346878841e-10, "global_phase": 6.593421734394193e-11 }, { "entry": "controlled_small_angle_k30", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.318684346878841e-10, "tolerance": 1.1242058903902899e-08, "status": "pass" }, { "entry": "controlled_small_angle_k30", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.220446049250313e-16, "tolerance": 5.113306542163034e-15, "status": "pass" }, { "entry": "controlled_small_angle_k30", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "controlled_small_angle_k30", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.264462534400411e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.264462534400411e-16, "global_phase": 1.9176275486733354e-25, "seconds": 2.8375e-05 }, { "entry": "controlled_small_angle_k30", "engine": "wai.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.533848440601795e-09 }, { "entry": "controlled_small_angle_k30", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5107736123526882e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.5107736123526882e-16, "global_phase": 1.6248208038498013e-25, "seconds": 6.85e-05 }, { "entry": "controlled_small_angle_k30", "engine": "aer.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999998, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.533848440601795e-09 }, { "entry": "controlled_small_angle_k30", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5107736123526882e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.5107736123526882e-16, "global_phase": 1.6248208038498013e-25, "seconds": 7.5042e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "controlled_small_angle_k30", "engine": "aer.qasm_import", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999998, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.533848440601795e-09 }, { "entry": "controlled_small_angle_k30", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1789050545163395e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.1789050545163395e-16, "global_phase": -4.43130727532768e-26, "seconds": 0.7637023749994114 }, { "entry": "controlled_small_angle_k30", "engine": "quimb.dense", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 0.9999999999999999, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.533848440601795e-09 }, { "entry": "controlled_small_angle_k30", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2442154962177805e-16, "tolerance": 1.2179168538502112e-14, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.2442154962177805e-16, "global_phase": -2.9672735360837903e-26, "seconds": 0.002729874999204185 }, { "entry": "controlled_small_angle_k30", "engine": "quimb.tensor_network", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.533848440601795e-09 }, { "entry": "controlled_small_angle_k30", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.264462534400411e-16, "tolerance": 2.0536705801163775e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.264462534400411e-16, "global_phase": 1.9176275486733354e-25, "seconds": 0.012066458002664149 }, { "entry": "controlled_small_angle_k30", "engine": "ddsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.0, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.533848440601795e-09 }, { "entry": "controlled_small_angle_k30", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.629464108145288e-16, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.035841329600863e-16, "global_phase": -1.5173170672237367e-16, "seconds": 0.00409683399630012 }, { "entry": "controlled_small_angle_k30", "engine": "qsim.statevector", "quantity": "holds the phase of its small-angle gate: the share of the step from the state without that gate to the ideal (1 holds it, 0 drops it)", "measured": 1.000000103718526, "tolerance": [ 0.5, 1.5 ], "status": "pass", "note": "holds it", "step": 2.533848440601795e-09 }, { "entry": "controlled_small_angle_k30", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.318684346878841e-10, "tolerance": 1.124205845981369e-08, "status": "pass", "note": "planned exact" }, { "entry": "repeated_phase_k19", "engine": "wai.exact", "quantity": "distance from the exact state, with its phase", "measured": 2.090091719567029e-05, "tolerance": 0.0005896954749609032, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 2.090091719567029e-05, "global_phase": -8.98616194923116e-06 }, { "entry": "repeated_phase_k19", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.090091719567029e-05, "tolerance": 0.0005896954749617914, "status": "pass" }, { "entry": "repeated_phase_k19", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.1469269978192642e-11, "tolerance": 3.691996255357389e-10, "status": "pass" }, { "entry": "repeated_phase_k19", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "repeated_phase_k19", "engine": "wai.exact", "quantity": "modulus of the half turn's amplitude against the extension's figure, 1.0000189 (section 5)", "measured": 1.0000188704983832, "tolerance": [ 1.00001885, 1.00001895 ], "status": "pass" }, { "entry": "repeated_phase_k19", "engine": "wai.exact", "quantity": "its angle from the half turn, in radians, which the extension states is within 1e-5", "measured": 8.986161949664506e-06, "tolerance": 1e-05, "status": "pass" }, { "entry": "repeated_phase_k19", "engine": "wai.statevector", "quantity": "distance from the exact state, with its phase", "measured": 1.1478380657970898e-11, "tolerance": 1.2323077410585953e-09, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.1478380657970898e-11, "global_phase": 1.2540980081523036e-14, "seconds": 0.055652667 }, { "entry": "repeated_phase_k19", "engine": "aer.statevector", "quantity": "distance from the exact state, with its phase", "measured": 1.1478380657970898e-11, "tolerance": 6.385440635465657e-10, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.1478380657970898e-11, "global_phase": 1.2540980081523036e-14, "seconds": 0.075593625 }, { "entry": "repeated_phase_k19", "engine": "ddsim.statevector", "quantity": "distance from the exact state, with its phase", "measured": 1.1472378602661593e-11, "tolerance": 1.1984830013680813e-07, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.1472378602661593e-11, "global_phase": 1.8012456755360483e-73, "seconds": 0.7828189169958932 }, { "entry": "repeated_phase_k19", "engine": "qsim.statevector", "quantity": "distance from the exact state, with its phase", "measured": 3.567080057109706e-06, "tolerance": 0.4603361563387136, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.567080057109706e-06, "global_phase": -3.567080057094577e-06, "seconds": 2.912949583995214 }, { "entry": "repeated_phase_k19", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.090091719567029e-05, "tolerance": 0.0005896954749613473, "status": "pass", "note": "planned exact" }, { "entry": "repeated_phase_k19_quarter", "engine": "wai.exact", "quantity": "distance from the exact state, with its phase", "measured": 1.047244444186998e-05, "tolerance": 0.0002947757619556973, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.047244444186998e-05, "global_phase": -4.540154705363209e-06 }, { "entry": "repeated_phase_k19_quarter", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.047244444186998e-05, "tolerance": 0.0002947757619565855, "status": "pass" }, { "entry": "repeated_phase_k19_quarter", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.743183706385935e-12, "tolerance": 1.8460096101102305e-10, "status": "pass" }, { "entry": "repeated_phase_k19_quarter", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "repeated_phase_k19_quarter", "engine": "wai.statevector", "quantity": "distance from the exact state, with its phase", "measured": 5.74251759013435e-12, "tolerance": 6.161562205811709e-10, "status": "pass", "note": "double precision, fusion width 3", "strict": 5.74251759013435e-12, "global_phase": -4.491256677518576e-16, "seconds": 0.032811375 }, { "entry": "repeated_phase_k19_quarter", "engine": "aer.statevector", "quantity": "distance from the exact state, with its phase", "measured": 5.74251759013435e-12, "tolerance": 3.1927446750505746e-10, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 5.74251759013435e-12, "global_phase": -4.491256677518576e-16, "seconds": 0.040596292 }, { "entry": "repeated_phase_k19_quarter", "engine": "ddsim.statevector", "quantity": "distance from the exact state, with its phase", "measured": 5.740297126521909e-12, "tolerance": 5.992437510718075e-08, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 5.740297126521909e-12, "global_phase": -2.703379842801214e-73, "seconds": 0.41097970899863867 }, { "entry": "repeated_phase_k19_quarter", "engine": "qsim.statevector", "quantity": "distance from the exact state, with its phase", "measured": 1.6820540622575209e-06, "tolerance": 0.20078852355361088, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.6820540622575209e-06, "global_phase": -1.6820540622559346e-06, "seconds": 1.586790084002132 }, { "entry": "repeated_phase_k19_quarter", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.047244444186998e-05, "tolerance": 0.0002947757619561414, "status": "pass", "note": "planned exact" }, { "entry": "h_squared_chain", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.268858116783184e-74, "tolerance": 1.3024290507716588e-05, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 4.268858116783184e-74, "global_phase": 0.0 }, { "entry": "h_squared_chain", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 4.268858116783184e-74, "tolerance": 1.3024290508604766e-05, "status": "pass" }, { "entry": "h_squared_chain", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.2152058793144533e-13, "tolerance": 5.769596441655645e-12, "status": "pass" }, { "entry": "h_squared_chain", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "h_squared_chain", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.220446049250313e-16, "tolerance": 1.925473497969857e-11, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.220446049250313e-16, "global_phase": 0.0, "seconds": 0.001103541 }, { "entry": "h_squared_chain", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2540383223268955e-13, "tolerance": 9.979610700548103e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.7734780031702986e-13, "global_phase": 1.2540383223268955e-13, "seconds": 0.001220167 }, { "entry": "h_squared_chain", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.268858116783184e-74, "tolerance": 1.8726223275672444e-09, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 4.268858116783184e-74, "global_phase": 0.0, "seconds": 0.030308749999676365 }, { "entry": "h_squared_chain", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.268858116783184e-74, "tolerance": 0.005385146579735082, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.268858116783184e-74, "global_phase": 0.0, "seconds": 0.04689654200046789 }, { "entry": "h_squared_chain", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.2152058793144533e-13, "tolerance": 1.925473497969857e-11, "status": "pass", "note": "double precision, gate by gate", "strict": 3.2152058793144533e-13, "global_phase": 0.0, "seconds": 1.94975854200311 }, { "entry": "h_squared_chain", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 1, "tolerance": 1, "status": "pass" }, { "entry": "h_squared_chain", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.0004413329952512868 }, { "entry": "h_squared_chain", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 0.000213417 }, { "entry": "h_squared_chain", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 0, "tolerance": 0, "status": "pass" }, { "entry": "h_squared_chain", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.001188541 }, { "entry": "h_squared_chain", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 4.268858116783184e-74, "tolerance": 1.3024290508160677e-05, "status": "pass", "note": "planned exact" }, { "entry": "gate_id", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.215285710182298e-10, "tolerance": 1.31047032241826e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.34192377730194323, "global_phase": -0.343611696318314 }, { "entry": "gate_id", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.40844675385083e-10, "tolerance": 1.310470411236102e-08, "status": "pass" }, { "entry": "gate_id", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.797157557069881e-17, "tolerance": 1.0746810705446966e-14, "status": "pass" }, { "entry": "gate_id", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_id", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 2.5209e-05 }, { "entry": "gate_id", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 0.000117916 }, { "entry": "gate_id", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 7.9875e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_id", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 0.7943436669957009 }, { "entry": "gate_id", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 5.633504163283886e-15, "status": "pass", "note": "double precision, a contraction of width 1.0", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 0.0005100000053062104 }, { "entry": "gate_id", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.011343416997988243 }, { "entry": "gate_id", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.9297896670805505e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.96561472339793e-08, "global_phase": -5.3183955982678255e-09, "seconds": 0.00171283300005598 }, { "entry": "gate_id", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.434990766952874e-10, "tolerance": 1.310470366827181e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_x", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.215285710182298e-10, "tolerance": 1.31047032241826e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.34192377730194323, "global_phase": -0.343611696318314 }, { "entry": "gate_x", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.40844675385083e-10, "tolerance": 1.310470411236102e-08, "status": "pass" }, { "entry": "gate_x", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.797157557069881e-17, "tolerance": 1.2155186746267961e-14, "status": "pass" }, { "entry": "gate_x", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_x", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 2.5291e-05 }, { "entry": "gate_x", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 0.000118291 }, { "entry": "gate_x", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 0.000120292, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_x", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 0.7962547089991858 }, { "entry": "gate_x", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.601258332818384e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.612115705267018e-16, "global_phase": 2.3791499247742048e-17, "seconds": 0.0007105409968062304 }, { "entry": "gate_x", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.011832500000309665 }, { "entry": "gate_x", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.9297896670805505e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.96561472339793e-08, "global_phase": -5.3183955982678255e-09, "seconds": 0.0016424999994342215 }, { "entry": "gate_x", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.434990766952874e-10, "tolerance": 1.310470366827181e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_y", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.215285710182298e-10, "tolerance": 1.31047032241826e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.34192377730194323, "global_phase": -0.343611696318314 }, { "entry": "gate_y", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.40844675385083e-10, "tolerance": 1.310470411236102e-08, "status": "pass" }, { "entry": "gate_y", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.797157557069881e-17, "tolerance": 1.2155186746267961e-14, "status": "pass" }, { "entry": "gate_y", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_y", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 1.4459e-05 }, { "entry": "gate_y", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 6.3833e-05 }, { "entry": "gate_y", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 7.5583e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_y", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 0.9643788329995004 }, { "entry": "gate_y", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.601258332818384e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.612115705267018e-16, "global_phase": 2.3791499247742048e-17, "seconds": 0.002017915998294484 }, { "entry": "gate_y", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.017221916001290083 }, { "entry": "gate_y", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.9297896670805505e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.96561472339793e-08, "global_phase": -5.3183955982678255e-09, "seconds": 0.0017232910031452775 }, { "entry": "gate_y", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.434990766952874e-10, "tolerance": 1.310470366827181e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_z", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.215285710182298e-10, "tolerance": 1.31047032241826e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.34192377730194323, "global_phase": -0.343611696318314 }, { "entry": "gate_z", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.40844675385083e-10, "tolerance": 1.310470411236102e-08, "status": "pass" }, { "entry": "gate_z", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.797157557069881e-17, "tolerance": 1.2155186746267961e-14, "status": "pass" }, { "entry": "gate_z", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_z", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 1.6208e-05 }, { "entry": "gate_z", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 7.0083e-05 }, { "entry": "gate_z", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 7.8125e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_z", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 1.1766160410043085 }, { "entry": "gate_z", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.601258332818384e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.612115705267018e-16, "global_phase": 2.3791499247742048e-17, "seconds": 0.000689666994730942 }, { "entry": "gate_z", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.015318249999836553 }, { "entry": "gate_z", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.9297896670805505e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.96561472339793e-08, "global_phase": -5.3183955982678255e-09, "seconds": 0.0017940409961738624 }, { "entry": "gate_z", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.434990766952874e-10, "tolerance": 1.310470366827181e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_h", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.297418772464286e-10, "tolerance": 1.6284437449324706e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.34192377761663945, "global_phase": -0.3436116965470948 }, { "entry": "gate_h", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 6.32661577357044e-10, "tolerance": 1.6284438337503126e-08, "status": "pass" }, { "entry": "gate_h", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.6184142622847344e-16, "tolerance": 1.2155186746267961e-14, "status": "pass" }, { "entry": "gate_h", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_h", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.21629110735534e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.2276852703978877e-16, "global_phase": -1.6687439983489124e-17, "seconds": 1.9959e-05 }, { "entry": "gate_h", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.302360779314378e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 4.3023652669763116e-17, "global_phase": -6.214105046513707e-20, "seconds": 7.5458e-05 }, { "entry": "gate_h", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.302360779314378e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 4.3023652669763116e-17, "global_phase": -6.214105046513707e-20, "seconds": 7.5125e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_h", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0522854711993345e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.0613476464155822e-16, "global_phase": -1.3839838747142408e-17, "seconds": 1.41878308399464 }, { "entry": "gate_h", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4061607773457148e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.4067532397194434e-16, "global_phase": -4.0823347678073176e-18, "seconds": 0.002480166993336752 }, { "entry": "gate_h", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2969339781024482e-16, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.2980934883817818e-16, "global_phase": 5.485399732509767e-18, "seconds": 0.01272770800278522 }, { "entry": "gate_h", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.8615613090768116e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 5.870101997830907e-08, "global_phase": -3.165382910808944e-09, "seconds": 0.003409416000067722 }, { "entry": "gate_h", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.123163064789286e-10, "tolerance": 1.6284437893413916e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_s", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.215285710182298e-10, "tolerance": 1.31047032241826e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.34192377730194323, "global_phase": -0.343611696318314 }, { "entry": "gate_s", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.40844675385083e-10, "tolerance": 1.310470411236102e-08, "status": "pass" }, { "entry": "gate_s", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.797157557069881e-17, "tolerance": 1.2155186746267961e-14, "status": "pass" }, { "entry": "gate_s", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_s", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 1.575e-05 }, { "entry": "gate_s", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 0.000110166 }, { "entry": "gate_s", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 7.4792e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_s", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.630852225491436e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 7.941848649409825e-17, "global_phase": -2.2006940457149062e-17, "seconds": 0.9678556250000838 }, { "entry": "gate_s", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.603005323109453e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.615108259473306e-16, "global_phase": 2.51305584158725e-17, "seconds": 0.0012507919964264147 }, { "entry": "gate_s", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.010993332994985394 }, { "entry": "gate_s", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.9297896670805505e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.96561472339793e-08, "global_phase": -5.3183955982678255e-09, "seconds": 0.003496165998512879 }, { "entry": "gate_s", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.434990766952874e-10, "tolerance": 1.310470366827181e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_sdg", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.215285710182298e-10, "tolerance": 1.31047032241826e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.34192377730194323, "global_phase": -0.343611696318314 }, { "entry": "gate_sdg", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.40844675385083e-10, "tolerance": 1.310470411236102e-08, "status": "pass" }, { "entry": "gate_sdg", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.797157557069881e-17, "tolerance": 1.2155186746267961e-14, "status": "pass" }, { "entry": "gate_sdg", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_sdg", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 1.425e-05 }, { "entry": "gate_sdg", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 6.8416e-05 }, { "entry": "gate_sdg", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.437755222056047e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.815859464913049e-17, "global_phase": -2.401552920934474e-17, "seconds": 9.1833e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_sdg", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.382173285089092e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 7.827453581328017e-17, "global_phase": -2.6024117961540415e-17, "seconds": 0.7442589999991469 }, { "entry": "gate_sdg", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.603108606914298e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.6116569270757267e-16, "global_phase": 2.1113380911481146e-17, "seconds": 0.0010462499994901009 }, { "entry": "gate_sdg", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.014968458002840634 }, { "entry": "gate_sdg", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.0263177564077166e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.041685167365834e-08, "global_phase": -3.5211407407071473e-09, "seconds": 0.0017718340022838674 }, { "entry": "gate_sdg", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.434990766952874e-10, "tolerance": 1.310470366827181e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_t", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.106142013710921e-10, "tolerance": 1.5353114864300887e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.3419237772241995, "global_phase": -0.34361169624455096 }, { "entry": "gate_t", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 6.567592385411211e-10, "tolerance": 1.5353115752479307e-08, "status": "pass" }, { "entry": "gate_t", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.391654643720554e-16, "tolerance": 1.2155186746267961e-14, "status": "pass" }, { "entry": "gate_t", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_t", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.505517921169503e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 7.853716323280881e-17, "global_phase": -2.312587473280089e-17, "seconds": 2.6541e-05 }, { "entry": "gate_t", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.717808846720379e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.992952424721852e-17, "global_phase": -2.2074877633532985e-17, "seconds": 7.6333e-05 }, { "entry": "gate_t", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.717808846720379e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.992952424721852e-17, "global_phase": -2.2074877633532985e-17, "seconds": 0.000107375, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_t", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.719606756839859e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.897950494461851e-17, "global_phase": -1.7725634002671274e-17, "seconds": 0.6221893339970848 }, { "entry": "gate_t", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.5714418874366743e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.583379157683397e-16, "global_phase": 2.4806146796528305e-17, "seconds": 0.0006394580050255172 }, { "entry": "gate_t", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.28475541557995e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 8.726175410066437e-17, "global_phase": -2.7402490746767553e-17, "seconds": 0.013906125001085456 }, { "entry": "gate_t", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.89155383821739e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.9294051504657585e-08, "global_phase": -5.440896726885419e-09, "seconds": 0.0018432920041959733 }, { "entry": "gate_t", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.445850953435758e-10, "tolerance": 1.5353115308390097e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_tdg", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.106142013710921e-10, "tolerance": 1.5353114864300887e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.3419237772241995, "global_phase": -0.34361169624455096 }, { "entry": "gate_tdg", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 6.567592385411211e-10, "tolerance": 1.5353115752479307e-08, "status": "pass" }, { "entry": "gate_tdg", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.925231146709438e-17, "tolerance": 1.2155186746267961e-14, "status": "pass" }, { "entry": "gate_tdg", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_tdg", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.505517921169503e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 7.853716323280881e-17, "global_phase": -2.312587473280089e-17, "seconds": 1.6209e-05 }, { "entry": "gate_tdg", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.717808846720379e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.992952424721852e-17, "global_phase": -2.2074877633532985e-17, "seconds": 7.0125e-05 }, { "entry": "gate_tdg", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.717808846720379e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.992952424721852e-17, "global_phase": -2.2074877633532985e-17, "seconds": 6.9084e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_tdg", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.970911421196547e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.431147619128386e-17, "global_phase": -2.74751183636626e-17, "seconds": 0.5942251250016852 }, { "entry": "gate_tdg", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.6151964440328685e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.621579032190157e-16, "global_phase": 1.8282281350235733e-17, "seconds": 0.0005916660011280328 }, { "entry": "gate_tdg", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.28475541557995e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 8.726175410066437e-17, "global_phase": -2.7402490746767553e-17, "seconds": 0.007450124998285901 }, { "entry": "gate_tdg", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.89155383821739e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.9294051504657585e-08, "global_phase": -5.440896726885419e-09, "seconds": 0.0024106249984470196 }, { "entry": "gate_tdg", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.445850953435758e-10, "tolerance": 1.5353115308390097e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_sx", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.428935600037752e-10, "tolerance": 1.9464171686312247e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.34192377821509556, "global_phase": -0.34361169721419027 }, { "entry": "gate_sx", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 9.079845165974536e-10, "tolerance": 1.9464172574490667e-08, "status": "pass" }, { "entry": "gate_sx", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 4.47545209131181e-16, "tolerance": 1.4971938827909958e-14, "status": "pass" }, { "entry": "gate_sx", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_sx", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.883143723085527e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.1089515082943579e-16, "global_phase": -7.799576258747036e-17, "seconds": 1.4708e-05 }, { "entry": "gate_sx", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.883143723085527e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.1089515082943579e-16, "global_phase": -7.799576258747036e-17, "seconds": 6.9541e-05 }, { "entry": "gate_sx", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.883143723085527e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.1089515082943579e-16, "global_phase": -7.799576258747036e-17, "seconds": 9.0584e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_sx", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.9607077632707053e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.1256783263827326e-16, "global_phase": 8.210562796199066e-17, "seconds": 0.6841812499988009 }, { "entry": "gate_sx", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.419129816679908e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.1090496388272583e-16, "global_phase": 8.243520055263914e-17, "seconds": 0.0005980830028420314 }, { "entry": "gate_sx", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.538395718338295e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 4.110604477631002e-17, "global_phase": 2.0920862582516193e-17, "seconds": 0.016502958002092782 }, { "entry": "gate_sx", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.648781749494884e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 6.78300679413258e-08, "global_phase": 1.3427146129244078e-08, "seconds": 0.0033369579978170805 }, { "entry": "gate_sx", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 8.442815981310291e-10, "tolerance": 1.9464172130401457e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_sxdg", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.428935600037752e-10, "tolerance": 1.9464171686312247e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.34192377821509556, "global_phase": -0.34361169721419027 }, { "entry": "gate_sxdg", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 9.079845165974536e-10, "tolerance": 1.9464172574490667e-08, "status": "pass" }, { "entry": "gate_sxdg", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 4.644396126208125e-16, "tolerance": 1.4971938827909958e-14, "status": "pass" }, { "entry": "gate_sxdg", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_sxdg", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.883143723085527e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.1089515082943579e-16, "global_phase": -7.799576258747036e-17, "seconds": 1.5625e-05 }, { "entry": "gate_sxdg", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.883143723085527e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.1089515082943579e-16, "global_phase": -7.799576258747036e-17, "seconds": 0.00022525 }, { "entry": "gate_sxdg", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.883143723085527e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.1089515082943579e-16, "global_phase": -7.799576258747036e-17, "seconds": 0.00011275, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_sxdg", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4844103062598976e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.7383536862858317e-16, "global_phase": -9.046543988136775e-17, "seconds": 0.6450929579950753 }, { "entry": "gate_sxdg", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.6690080258750108e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.6741400176489413e-16, "global_phase": -1.3098476345895072e-17, "seconds": 0.0018971250028698705 }, { "entry": "gate_sxdg", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.538395718338295e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 4.110604477631002e-17, "global_phase": 2.0920862582516193e-17, "seconds": 0.017479207999713253 }, { "entry": "gate_sxdg", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.648781749494884e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 6.78300679413258e-08, "global_phase": 1.3427146129244078e-08, "seconds": 0.0016295000023092143 }, { "entry": "gate_sxdg", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 8.442815981310291e-10, "tolerance": 1.9464172130401457e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_p", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.995197887656662e-10, "tolerance": 1.760152651279516e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.3419237771409687, "global_phase": -0.34361169616729076 }, { "entry": "gate_p", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 8.608438180352937e-10, "tolerance": 1.760152740097358e-08, "status": "pass" }, { "entry": "gate_p", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.98609107286759e-17, "tolerance": 1.3563562787088958e-14, "status": "pass" }, { "entry": "gate_p", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_p", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.313486160344785e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 7.704220013563471e-17, "global_phase": -2.4223802756456756e-17, "seconds": 1.4958e-05 }, { "entry": "gate_p", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.313486160344785e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.704220013563471e-17, "global_phase": -2.4223802756456756e-17, "seconds": 6.675e-05 }, { "entry": "gate_p", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.313486160344785e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 7.704220013563471e-17, "global_phase": -2.4223802756456756e-17, "seconds": 7.0875e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_p", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.313486160344785e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 7.704220013563471e-17, "global_phase": -2.4223802756456756e-17, "seconds": 0.5129973750008503 }, { "entry": "gate_p", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.591420616507136e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.603191180512201e-16, "global_phase": 2.4727213882336242e-17, "seconds": 0.000799959001597017 }, { "entry": "gate_p", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.278012833774088e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.7124430933596e-17, "global_phase": -2.551922345944299e-17, "seconds": 0.006380124999850523 }, { "entry": "gate_p", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.039450838158249e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.069058074240716e-08, "global_phase": -4.899699442767947e-09, "seconds": 0.0017454999979236163 }, { "entry": "gate_p", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 7.786477430204497e-10, "tolerance": 1.760152695688437e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_rz", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.995197887656662e-10, "tolerance": 1.760152651279516e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.4142227519932298, "global_phase": -0.41724277398580156 }, { "entry": "gate_rz", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 8.608438292862545e-10, "tolerance": 1.760152740097358e-08, "status": "pass" }, { "entry": "gate_rz", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.37549462997806e-16, "tolerance": 1.3563562787088958e-14, "status": "pass" }, { "entry": "gate_rz", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_rz", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.675708805561484e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.906935906670267e-17, "global_phase": -2.0163293299049675e-17, "seconds": 1.4791e-05 }, { "entry": "gate_rz", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.675708805561484e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.906935906670267e-17, "global_phase": -2.0163293299049675e-17, "seconds": 6.6958e-05 }, { "entry": "gate_rz", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.675708805561484e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.906935906670267e-17, "global_phase": -2.0163293299049675e-17, "seconds": 6.75e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_rz", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.675708805561484e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.906935906670267e-17, "global_phase": -2.0163293299049675e-17, "seconds": 0.5244539580016863 }, { "entry": "gate_rz", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.3950260021364374e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.423352576881746e-17, "global_phase": 3.694430415771201e-18, "seconds": 0.0006021659937687218 }, { "entry": "gate_rz", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4185122429663647e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.4301320525273574e-17, "global_phase": 2.3736116645869262e-18, "seconds": 0.008357791994058061 }, { "entry": "gate_rz", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.888940117507479e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.9245204249981744e-08, "global_phase": -5.909026658431931e-09, "seconds": 0.0016477910030516796 }, { "entry": "gate_rz", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 7.786477422716344e-10, "tolerance": 1.760152695688437e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_rx", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.721338463483747e-10, "tolerance": 2.396099501536765e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.4142227532791676, "global_phase": -0.4172427753140338 }, { "entry": "gate_rx", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.1141241589903034e-09, "tolerance": 2.396099590354607e-08, "status": "pass" }, { "entry": "gate_rx", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.6407709131783e-16, "tolerance": 1.6380314868730963e-14, "status": "pass" }, { "entry": "gate_rx", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_rx", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.5931317397913e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.351343419056392e-17, "global_phase": -3.476965240722211e-17, "seconds": 1.4042e-05 }, { "entry": "gate_rx", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.5931317397913e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.351343419056392e-17, "global_phase": -3.476965240722211e-17, "seconds": 6.6958e-05 }, { "entry": "gate_rx", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.5931317397913e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.351343419056392e-17, "global_phase": -3.476965240722211e-17, "seconds": 6.5875e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_rx", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.5931317397913e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.351343419056392e-17, "global_phase": -3.476965240722211e-17, "seconds": 0.5178422500030138 }, { "entry": "gate_rx", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.4224315513385303e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 4.747293914809713e-17, "global_phase": -1.7259486340313865e-17, "seconds": 0.0006007080010022037 }, { "entry": "gate_rx", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.9052708578186267e-16, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.9052959352986414e-16, "global_phase": -9.775449483214286e-19, "seconds": 0.006145125000330154 }, { "entry": "gate_rx", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.122435446302364e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 7.129914998234027e-08, "global_phase": -3.2649839578724243e-09, "seconds": 0.0017166660036309622 }, { "entry": "gate_rx", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.111345868807169e-09, "tolerance": 2.396099545945686e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_ry", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2409363625347744e-09, "tolerance": 2.396099501536765e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.414222752292711, "global_phase": -0.41724277398367 }, { "entry": "gate_ry", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.2818378031442067e-09, "tolerance": 2.396099590354607e-08, "status": "pass" }, { "entry": "gate_ry", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.399349888776296e-16, "tolerance": 1.9197066950372985e-14, "status": "pass" }, { "entry": "gate_ry", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_ry", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.57345942189955e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 6.842613937384835e-17, "global_phase": -3.969624109223988e-17, "seconds": 1.6583e-05 }, { "entry": "gate_ry", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.57345942189955e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 6.842613937384835e-17, "global_phase": -3.969624109223988e-17, "seconds": 6.6833e-05 }, { "entry": "gate_ry", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.57345942189955e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 6.842613937384835e-17, "global_phase": -3.969624109223988e-17, "seconds": 6.8541e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_ry", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.57345942189955e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 6.842613937384835e-17, "global_phase": -3.969624109223988e-17, "seconds": 0.49067562500567874 }, { "entry": "gate_ry", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.6674804081621045e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 1.6948196926025085e-16, "global_phase": -3.031878606224255e-17, "seconds": 0.0006120000034570694 }, { "entry": "gate_ry", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.0768514993279215e-16, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.076873167985705e-16, "global_phase": -9.487130142598933e-19, "seconds": 0.00497279099363368 }, { "entry": "gate_ry", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.588589343875194e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 6.62136778343432e-08, "global_phase": -6.580287270675968e-09, "seconds": 0.0017410410000593401 }, { "entry": "gate_ry", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.2408580595787254e-09, "tolerance": 2.396099545945686e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_u", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.3299399684452383e-09, "tolerance": 3.520305348458589e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.414222751716885, "global_phase": -0.41724277357252926 }, { "entry": "gate_u", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.44233067623174e-09, "tolerance": 3.520305437276431e-08, "status": "pass" }, { "entry": "gate_u", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.5135752366389115e-16, "tolerance": 2.623894715447811e-14, "status": "pass" }, { "entry": "gate_u", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_u", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.314585777625235e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.691864484222037e-17, "global_phase": -2.533016296550929e-17, "seconds": 3.3416e-05 }, { "entry": "gate_u", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.314585777625235e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.691864484222037e-17, "global_phase": -2.533016296550929e-17, "seconds": 6.6709e-05 }, { "entry": "gate_u", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.314585777625235e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 8.691864484222037e-17, "global_phase": -2.533016296550929e-17, "seconds": 0.000112625, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_u", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.705620158468847e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 9.062939036628874e-17, "global_phase": -2.5197304693384104e-17, "seconds": 0.533558458002517 }, { "entry": "gate_u", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.8147089735663164e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 4.01615510436094e-17, "global_phase": -1.2559845816239341e-17, "seconds": 0.0005577920019277371 }, { "entry": "gate_u", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.358437662023061e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 9.242975907293169e-17, "global_phase": -3.9457728612879396e-17, "seconds": 0.004699583005276509 }, { "entry": "gate_u", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.589486380371862e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 5.612864953246846e-08, "global_phase": 5.11756754852118e-09, "seconds": 0.0017077090014936402, "adapter": [ "U as a matrix" ] }, { "entry": "gate_u", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.3311237535599666e-09, "tolerance": 3.52030539286751e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_cx", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7176025563172868e-09, "tolerance": 3.7065698406228126e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313190687244, "global_phase": -0.5154175443934055 }, { "entry": "gate_cx", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.750191090877942e-09, "tolerance": 3.7065699294406546e-08, "status": "pass" }, { "entry": "gate_cx", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.3949429265039597e-16, "tolerance": 2.2013819032015023e-14, "status": "pass" }, { "entry": "gate_cx", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_cx", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.168161905669198e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.91361828527817e-17, "global_phase": -3.568434112943644e-17, "seconds": 1.7458e-05 }, { "entry": "gate_cx", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8904608864862223e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9816663129359017e-16, "global_phase": -5.942718338359123e-17, "seconds": 6.4959e-05 }, { "entry": "gate_cx", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8904608864862223e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9816663129359017e-16, "global_phase": -5.942718338359123e-17, "seconds": 6.6042e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_cx", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.168161905669198e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.91361828527817e-17, "global_phase": -3.568434112943644e-17, "seconds": 0.523599041000125 }, { "entry": "gate_cx", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.777998977551571e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 3.778483450154536e-16, "global_phase": 6.050544364771103e-18, "seconds": 0.0009442079972359352 }, { "entry": "gate_cx", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.240978075601184e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 4.424447715313029e-17, "global_phase": -1.260889585891152e-17, "seconds": 0.0062123750030878 }, { "entry": "gate_cx", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.296212960624633e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.296790162479773e-08, "global_phase": -7.042653724334558e-10, "seconds": 0.002070334005111363 }, { "entry": "gate_cx", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 8.305290487315001e-10, "tolerance": 3.7065698850317336e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_cy", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7176025563172868e-09, "tolerance": 3.7065698406228126e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313190687244, "global_phase": -0.5154175443934055 }, { "entry": "gate_cy", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.7501910823816058e-09, "tolerance": 3.7065699294406546e-08, "status": "pass" }, { "entry": "gate_cy", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.4418964068514073e-16, "tolerance": 2.2013819032015023e-14, "status": "pass" }, { "entry": "gate_cy", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_cy", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.168161905669198e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.91361828527817e-17, "global_phase": -3.568434112943644e-17, "seconds": 1.7709e-05 }, { "entry": "gate_cy", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8904608864862223e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9816663129359017e-16, "global_phase": -5.942718338359123e-17, "seconds": 6.95e-05 }, { "entry": "gate_cy", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8904608864862223e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9816663129359017e-16, "global_phase": -5.942718338359123e-17, "seconds": 7.0542e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_cy", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.168161905669198e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.91361828527817e-17, "global_phase": -3.568434112943644e-17, "seconds": 0.46835287499561673 }, { "entry": "gate_cy", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.777998977551571e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 3.778483450154536e-16, "global_phase": 6.050544364771103e-18, "seconds": 0.0008485830039717257 }, { "entry": "gate_cy", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.5958386553221286e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.801829443895296e-17, "global_phase": -1.2344437959503701e-17, "seconds": 0.005149499993422069 }, { "entry": "gate_cy", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.678315546879831e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 5.6825705358055105e-08, "global_phase": -2.1986460052579153e-09, "seconds": 0.008841249997203704 }, { "entry": "gate_cy", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 8.305290487315001e-10, "tolerance": 3.7065698850317336e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_cz", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7176025563172868e-09, "tolerance": 3.7065698406228126e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313190687244, "global_phase": -0.5154175443934055 }, { "entry": "gate_cz", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.750191090877942e-09, "tolerance": 3.7065699294406546e-08, "status": "pass" }, { "entry": "gate_cz", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.3949429265039597e-16, "tolerance": 2.2013819032015023e-14, "status": "pass" }, { "entry": "gate_cz", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_cz", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.168161905669198e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.91361828527817e-17, "global_phase": -3.568434112943644e-17, "seconds": 2.0042e-05 }, { "entry": "gate_cz", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8904608864862223e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9816663129359017e-16, "global_phase": -5.942718338359123e-17, "seconds": 6.8042e-05 }, { "entry": "gate_cz", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8904608864862223e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9816663129359017e-16, "global_phase": -5.942718338359123e-17, "seconds": 6.9416e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_cz", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.168161905669198e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.91361828527817e-17, "global_phase": -3.568434112943644e-17, "seconds": 0.5401274579999154 }, { "entry": "gate_cz", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.021314172790941e-17, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 8.156704561960557e-17, "global_phase": -6.427926048830758e-17, "seconds": 0.0009403330041095614 }, { "entry": "gate_cz", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.863654005462392e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.2301684670985136e-17, "global_phase": 1.4944812019014365e-17, "seconds": 0.013445042000967078 }, { "entry": "gate_cz", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.296212960624633e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.296790162479773e-08, "global_phase": -7.042653724334558e-10, "seconds": 0.0019299580017104745 }, { "entry": "gate_cz", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 8.305290487315001e-10, "tolerance": 3.7065698850317336e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_ch", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.9341292084461625e-09, "tolerance": 4.024543270561464e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.509731319102237, "global_phase": -0.5154175444351148 }, { "entry": "gate_ch", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.9564158317034176e-09, "tolerance": 4.024543359379306e-08, "status": "pass" }, { "entry": "gate_ch", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.4383208299579344e-16, "tolerance": 2.2013819032015023e-14, "status": "pass" }, { "entry": "gate_ch", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_ch", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.28975981095215e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 9.011893242098248e-17, "global_phase": -3.534699716199192e-17, "seconds": 3.1375e-05 }, { "entry": "gate_ch", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.623398949999615e-17, "tolerance": 2.9230004492405574e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.0533633233600722e-16, "global_phase": -6.049332165550436e-17, "seconds": 0.000115583 }, { "entry": "gate_ch", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.623398949999615e-17, "tolerance": 2.9230004492405574e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.0533633233600722e-16, "global_phase": -6.049332165550436e-17, "seconds": 0.000125792, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_ch", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.244698913031682e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.985218225594548e-17, "global_phase": -3.5719863374613633e-17, "seconds": 0.6126327080055489 }, { "entry": "gate_ch", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.72190845279248e-17, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 8.772139154731484e-17, "global_phase": -9.37410417629485e-18, "seconds": 0.0008935410005506128 }, { "entry": "gate_ch", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1269851648944688e-16, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.1310339669549782e-16, "global_phase": -9.561523159884953e-18, "seconds": 0.010207499995885883 }, { "entry": "gate_ch", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.8300203404652885e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.830341195150859e-08, "global_phase": -4.95768373465406e-10, "seconds": 0.001724875000945758 }, { "entry": "gate_ch", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.0572583854902285e-09, "tolerance": 4.024543314970385e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_csx", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.048677441247478e-09, "tolerance": 5.241881377546922e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313188212698, "global_phase": -0.5154175438919232 }, { "entry": "gate_csx", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 3.161660249260425e-09, "tolerance": 5.241881466364764e-08, "status": "pass" }, { "entry": "gate_csx", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.66737770278715e-16, "tolerance": 3.046407527694123e-14, "status": "pass" }, { "entry": "gate_csx", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_csx", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.725698756055846e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.0208510354511309e-16, "global_phase": -3.1023325683456925e-17, "seconds": 1.5916e-05 }, { "entry": "gate_csx", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8892107758311093e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9841132369045797e-16, "global_phase": -6.062903440956213e-17, "seconds": 7.0708e-05 }, { "entry": "gate_csx", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8892107758311093e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9841132369045797e-16, "global_phase": -6.062903440956213e-17, "seconds": 6.7125e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_csx", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0184166922862395e-16, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.0607870396802327e-16, "global_phase": -2.968106878572714e-17, "seconds": 0.49589924999600044 }, { "entry": "gate_csx", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.669995594970356e-17, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 9.680265184438853e-17, "global_phase": -4.4577935608648455e-18, "seconds": 0.0007732910016784444 }, { "entry": "gate_csx", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.318022527739437e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 5.398241258913e-17, "global_phase": 9.271704718585812e-18, "seconds": 0.005081750001409091 }, { "entry": "gate_csx", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.125975508692399e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 9.135192126279703e-08, "global_phase": -4.1025140345377066e-09, "seconds": 0.0017672910034889355 }, { "entry": "gate_csx", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.0224502620603805e-09, "tolerance": 5.241881421955843e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_swap", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7176025563172868e-09, "tolerance": 3.7065698406228126e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313190687244, "global_phase": -0.5154175443934055 }, { "entry": "gate_swap", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.750191090877942e-09, "tolerance": 3.7065699294406546e-08, "status": "pass" }, { "entry": "gate_swap", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.4453481788126517e-16, "tolerance": 2.483057111365708e-14, "status": "pass" }, { "entry": "gate_swap", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_swap", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.168161905669198e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.91361828527817e-17, "global_phase": -3.568434112943644e-17, "seconds": 1.675e-05 }, { "entry": "gate_swap", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8904608864862223e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9816663129359017e-16, "global_phase": -5.942718338359123e-17, "seconds": 6.65e-05 }, { "entry": "gate_swap", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8904608864862223e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9816663129359017e-16, "global_phase": -5.942718338359123e-17, "seconds": 6.7292e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_swap", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.80470172216428e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.857402632175859e-17, "global_phase": -9.647844174701355e-18, "seconds": 0.5234637499961536 }, { "entry": "gate_swap", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.274141277000301e-17, "tolerance": 1.705083595390304e-14, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 9.01323343579344e-17, "global_phase": -3.574487808951742e-17, "seconds": 0.0007183330017141998 }, { "entry": "gate_swap", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.5355598403113594e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.929333588180882e-17, "global_phase": 1.4669463408880753e-17, "seconds": 0.00580133300536545 }, { "entry": "gate_swap", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.296212960624633e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.296790162479773e-08, "global_phase": -7.042653724334558e-10, "seconds": 0.0017228330034413375 }, { "entry": "gate_swap", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.2645253105211337e-09, "tolerance": 3.7065698850317336e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_cp", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.90469926587008e-09, "tolerance": 4.1562521825982275e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313190770784, "global_phase": -0.5154175444015007 }, { "entry": "gate_cp", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.9327473763074818e-09, "tolerance": 4.1562522714160695e-08, "status": "pass" }, { "entry": "gate_cp", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.395552269415708e-16, "tolerance": 2.3422195072836047e-14, "status": "pass" }, { "entry": "gate_cp", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_cp", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.169518313214467e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.915186535406673e-17, "global_phase": -3.5692466279524444e-17, "seconds": 1.6458e-05 }, { "entry": "gate_cp", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.890602566691516e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9817542452890808e-16, "global_phase": -5.941143185791318e-17, "seconds": 6.7167e-05 }, { "entry": "gate_cp", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.890602566691516e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9817542452890808e-16, "global_phase": -5.941143185791318e-17, "seconds": 7.075e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_cp", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.169518313214467e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.915186535406673e-17, "global_phase": -3.5692466279524444e-17, "seconds": 0.5902412909999839 }, { "entry": "gate_cp", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.970439505857471e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 4.974582733262186e-16, "global_phase": -2.029888880742396e-17, "seconds": 0.0008834999971440993 }, { "entry": "gate_cp", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.8689118145600094e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.235558624947136e-17, "global_phase": 1.496056354469242e-17, "seconds": 0.00640554100391455 }, { "entry": "gate_cp", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.301037439582576e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.301606447545541e-08, "global_phase": -6.996408136330974e-10, "seconds": 0.007534457996371202 }, { "entry": "gate_cp", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.0331973380681536e-09, "tolerance": 4.1562522270071485e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_crx", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.8086510103644533e-09, "tolerance": 6.645484043714706e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313191439519, "global_phase": -0.5154175441769436 }, { "entry": "gate_crx", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.8625028580641715e-09, "tolerance": 6.645484132532548e-08, "status": "pass" }, { "entry": "gate_crx", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.656109720225847e-16, "tolerance": 3.6097579440225456e-14, "status": "pass" }, { "entry": "gate_crx", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_crx", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.009758628780408e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 9.698821067454252e-17, "global_phase": -3.59045673273073e-17, "seconds": 3.3125e-05 }, { "entry": "gate_crx", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8936689079253123e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9851544823524085e-16, "global_phase": -5.956982339748994e-17, "seconds": 6.725e-05 }, { "entry": "gate_crx", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8936689079253123e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9851544823524085e-16, "global_phase": -5.956982339748994e-17, "seconds": 7.9625e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_crx", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.201444448964958e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.937313609797023e-17, "global_phase": -3.551321375263718e-17, "seconds": 0.9102107919970877 }, { "entry": "gate_crx", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.301945350239332e-17, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 5.905751555211743e-17, "global_phase": -4.0461299578041385e-17, "seconds": 0.0008766249957261607 }, { "entry": "gate_crx", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.714283765685584e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 8.765720863933407e-17, "global_phase": -9.482197611873177e-18, "seconds": 0.0061844169977121055 }, { "entry": "gate_crx", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.162811554890168e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.162956293979161e-08, "global_phase": -3.4714031841852236e-10, "seconds": 0.0020736669976031408 }, { "entry": "gate_crx", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.7607614616379664e-09, "tolerance": 6.645484088123627e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_cry", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.77532855615282e-09, "tolerance": 6.645484043714706e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313187776382, "global_phase": -0.5154175441169508 }, { "entry": "gate_cry", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 3.824711056950407e-09, "tolerance": 6.645484132532548e-08, "status": "pass" }, { "entry": "gate_cry", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.740716077048282e-16, "tolerance": 3.8914331521867585e-14, "status": "pass" }, { "entry": "gate_cry", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_cry", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.353427905038781e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.0024255523485516e-16, "global_phase": -3.6054244168158195e-17, "seconds": 1.6667e-05 }, { "entry": "gate_cry", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8885811685639086e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.980659682132769e-16, "global_phase": -5.968868788740983e-17, "seconds": 6.9959e-05 }, { "entry": "gate_cry", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8885811685639086e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.980659682132769e-16, "global_phase": -5.968868788740983e-17, "seconds": 7.6167e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_cry", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.340439272968946e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 9.069659730700616e-17, "global_phase": -3.563116664468008e-17, "seconds": 0.803637458004232 }, { "entry": "gate_cry", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.428733415802383e-17, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 9.178037186815411e-17, "global_phase": -3.6321921215572887e-17, "seconds": 0.0016378340005758218 }, { "entry": "gate_cry", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.66864991123379e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 9.707217474362964e-17, "global_phase": -8.644535780344246e-18, "seconds": 0.010055124999780674 }, { "entry": "gate_cry", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.267270044446099e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.267426359551002e-08, "global_phase": -3.6525359836624644e-10, "seconds": 0.0018519169971114025 }, { "entry": "gate_cry", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.596832923025032e-09, "tolerance": 6.645484088123627e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_crz", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.9439033133440442e-09, "tolerance": 5.746119354247629e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313188687838, "global_phase": -0.5154175442032387 }, { "entry": "gate_crz", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.0138993263801976e-09, "tolerance": 5.746119443065471e-08, "status": "pass" }, { "entry": "gate_crz", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.757054915708395e-16, "tolerance": 3.328082735858333e-14, "status": "pass" }, { "entry": "gate_crz", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_crz", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.296418032403142e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 9.947118394848183e-17, "global_phase": -3.5386121754067354e-17, "seconds": 1.925e-05 }, { "entry": "gate_crz", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8901854785061254e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9815193236339522e-16, "global_phase": -5.946576214758588e-17, "seconds": 7.15e-05 }, { "entry": "gate_crz", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8901854785061254e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9815193236339522e-16, "global_phase": -5.946576214758588e-17, "seconds": 0.0001205, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_crz", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.296418032403142e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 9.947118394848183e-17, "global_phase": -3.5386121754067354e-17, "seconds": 0.7240710000041872 }, { "entry": "gate_crz", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.987729600393125e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 4.992581333239521e-16, "global_phase": -2.2004954527095423e-17, "seconds": 0.0009189169941237196 }, { "entry": "gate_crz", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.902136168253713e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.2365718473423015e-17, "global_phase": 1.4328304100354705e-17, "seconds": 0.01119062500220025 }, { "entry": "gate_crz", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.0835460240915985e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.083610273043291e-08, "global_phase": -2.29070122492177e-10, "seconds": 0.0024996249994728714 }, { "entry": "gate_crz", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.32249601924983e-09, "tolerance": 5.74611939865655e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_cu", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.863863056152895e-09, "tolerance": 1.2539291762508118e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313193104122, "global_phase": -0.5154175446147263 }, { "entry": "gate_cu", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 3.865569567638889e-09, "tolerance": 1.253929185132596e-07, "status": "pass" }, { "entry": "gate_cu", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.932456283267893e-16, "tolerance": 7.271535650157442e-14, "status": "pass" }, { "entry": "gate_cu", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_cu", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.165752854172399e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.902240780164087e-17, "global_phase": -3.5454719336911746e-17, "seconds": 3.8709e-05 }, { "entry": "gate_cu", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.9043637023868733e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9900977238579004e-16, "global_phase": -5.778302861011668e-17, "seconds": 6.9125e-05 }, { "entry": "gate_cu", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.9043637023868733e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9900977238579004e-16, "global_phase": -5.778302861011668e-17, "seconds": 0.000114, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_cu", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.50246085037571e-17, "tolerance": 2.8205178192375537e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 9.116147684377254e-17, "global_phase": -3.288207428251009e-17, "seconds": 0.7223588339984417 }, { "entry": "gate_cu", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.568320518182513e-16, "tolerance": 3.760690425650107e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 2.572025557052927e-16, "global_phase": 1.3800428260067192e-17, "seconds": 0.0008897500010789372 }, { "entry": "gate_cu", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.968315566456375e-16, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.0045300706224988e-16, "global_phase": -3.793081001973975e-17, "seconds": 0.011209416996280197 }, { "entry": "gate_cu", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.7808500614302225e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.781885610752036e-08, "global_phase": -8.849624579695987e-10, "seconds": 0.002569832999142818, "adapter": [ "U as a matrix" ] }, { "entry": "gate_cu", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 3.3271505178595216e-09, "tolerance": 1.253929180691704e-07, "status": "pass", "note": "planned exact" }, { "entry": "gate_rzz", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.6822854646930724e-09, "tolerance": 4.3425167016846596e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5805693543359085, "global_phase": -0.5890486221632601 }, { "entry": "gate_rzz", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.709750238134787e-09, "tolerance": 4.3425167905025015e-08, "status": "pass" }, { "entry": "gate_rzz", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.747803464925276e-16, "tolerance": 2.623894715447811e-14, "status": "pass" }, { "entry": "gate_rzz", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_rzz", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.33804622666319e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.114732548118926e-17, "global_phase": -3.46438477984978e-17, "seconds": 1.575e-05 }, { "entry": "gate_rzz", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7592535493546625e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.875523507253141e-16, "global_phase": -6.500887442050855e-17, "seconds": 7.5041e-05 }, { "entry": "gate_rzz", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7592535493546625e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.875523507253141e-16, "global_phase": -6.500887442050855e-17, "seconds": 0.000121333, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_rzz", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.33804622666319e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.114732548118926e-17, "global_phase": -3.46438477984978e-17, "seconds": 0.720956124998338 }, { "entry": "gate_rzz", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.0788805681758894e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 3.132901957985602e-16, "global_phase": 5.792832858446134e-17, "seconds": 0.0009337919982499443 }, { "entry": "gate_rzz", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.710450010858626e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 8.865470546336336e-17, "global_phase": 1.650644909206721e-17, "seconds": 0.009849709000263829 }, { "entry": "gate_rzz", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.018338806772118e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.6217862026912536e-08, "global_phase": -2.001740753797614e-08, "seconds": 0.0018316670029889792 }, { "entry": "gate_rzz", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.0983221969050269e-09, "tolerance": 4.3425167460935805e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_rxx", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.8152295931612494e-09, "tolerance": 6.141246060109975e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5805693555554873, "global_phase": -0.5890486232250471 }, { "entry": "gate_rxx", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.8954781533640656e-09, "tolerance": 6.141246148927817e-08, "status": "pass" }, { "entry": "gate_rxx", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 6.844304429465897e-16, "tolerance": 3.1872451317762287e-14, "status": "pass" }, { "entry": "gate_rxx", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_rxx", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1359871329650174e-16, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.203844925257312e-16, "global_phase": -3.9846685910587735e-17, "seconds": 3.0958e-05 }, { "entry": "gate_rxx", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1329278454914164e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.2266091037362635e-16, "global_phase": -6.390672161584823e-17, "seconds": 0.000115833 }, { "entry": "gate_rxx", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1329278454914164e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.2266091037362635e-16, "global_phase": -6.390672161584823e-17, "seconds": 0.000122166, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_rxx", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.5380247778951383e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.993293632559793e-17, "global_phase": -1.5868953958951843e-17, "seconds": 0.6701761670046835 }, { "entry": "gate_rxx", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.6071979750121086e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 2.7024896234354156e-16, "global_phase": -7.113148978257477e-17, "seconds": 0.0009170830016955733 }, { "entry": "gate_rxx", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.498609912543168e-16, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.5088529315976045e-16, "global_phase": 1.755149544000275e-17, "seconds": 0.011883457998919766 }, { "entry": "gate_rxx", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2536351466759007e-07, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.2554825913126517e-07, "global_phase": 6.8084188181270535e-09, "seconds": 0.0017226250056410208 }, { "entry": "gate_rxx", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.6549835859441391e-09, "tolerance": 6.141246104518896e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_ryy", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.3693764655321138e-09, "tolerance": 6.141246060109975e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5805693550860144, "global_phase": -0.589048622631684 }, { "entry": "gate_ryy", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 3.370413380845539e-09, "tolerance": 6.141246148927817e-08, "status": "pass" }, { "entry": "gate_ryy", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 8.490102485476358e-16, "tolerance": 3.750595548104652e-14, "status": "pass" }, { "entry": "gate_ryy", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_ryy", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1421546500161876e-16, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.288187406182432e-16, "global_phase": -5.957428546725693e-17, "seconds": 2.9125e-05 }, { "entry": "gate_ryy", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1397265086993938e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.2962602289809404e-16, "global_phase": -8.332955701122513e-17, "seconds": 0.000129708 }, { "entry": "gate_ryy", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1397265086993938e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.2962602289809404e-16, "global_phase": -8.332955701122513e-17, "seconds": 0.000163667, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_ryy", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1185022362943843e-16, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.1667039620467854e-16, "global_phase": -3.318898649554226e-17, "seconds": 0.7300977080012672 }, { "entry": "gate_ryy", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.345995816585419e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 3.365212531259756e-16, "global_phase": 3.591202806032668e-17, "seconds": 0.0009270000009564683 }, { "entry": "gate_ryy", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1758750379040157e-16, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.2181771912564385e-16, "global_phase": -3.182350774689283e-17, "seconds": 0.01880604100006167 }, { "entry": "gate_ryy", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.235906459541524e-07, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.2389415268537378e-07, "global_phase": 8.666792549211895e-09, "seconds": 0.0030337919961311854 }, { "entry": "gate_ryy", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.3623502714652094e-09, "tolerance": 6.141246104518896e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_negcx", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7176025563172868e-09, "tolerance": 3.7065698406228126e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313190687244, "global_phase": -0.5154175443934055 }, { "entry": "gate_negcx", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.750191090877942e-09, "tolerance": 3.7065699294406546e-08, "status": "pass" }, { "entry": "gate_negcx", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.3949429265039597e-16, "tolerance": 2.483057111365708e-14, "status": "pass" }, { "entry": "gate_negcx", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_negcx", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.168161905669198e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 8.91361828527817e-17, "global_phase": -3.568434112943644e-17, "seconds": 3.1083e-05 }, { "entry": "gate_negcx", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8904608864862223e-16, "tolerance": 1.9486669661603525e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9816663129359017e-16, "global_phase": -5.942718338359123e-17, "seconds": 0.000109958 }, { "entry": "gate_negcx", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8904608864862223e-16, "tolerance": 1.9486669661603525e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9816663129359017e-16, "global_phase": -5.942718338359123e-17, "seconds": 7.1292e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_negcx", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.168161905669198e-17, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 8.91361828527817e-17, "global_phase": -3.568434112943644e-17, "seconds": 0.6099178329968709, "adapter": [ "negcx as x, cx, x" ] }, { "entry": "gate_negcx", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.035125790277273e-16, "tolerance": 4.230776728856391e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 6.041622321583409e-16, "global_phase": 2.8010171756885993e-17, "seconds": 0.001165125002444256, "adapter": [ "negcx as x, cx, x" ] }, { "entry": "gate_negcx", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.240978075601184e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 4.424447715313029e-17, "global_phase": -1.260889585891152e-17, "seconds": 0.012561083000036888 }, { "entry": "gate_negcx", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.286323953411605e-08, "tolerance": 6.538684074497576e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.286542552850247e-08, "global_phase": -4.328999574845852e-10, "seconds": 0.0018104159971699119 }, { "entry": "gate_negcx", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.2645253105211337e-09, "tolerance": 3.7065698850317336e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_ccx", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.6785286217879533e-09, "tolerance": 7.862822080966033e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5923017764654656, "global_phase": -0.6013204685320469 }, { "entry": "gate_ccx", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.6974721387745454e-09, "tolerance": 7.862822169783875e-08, "status": "pass" }, { "entry": "gate_ccx", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.774452895122657e-16, "tolerance": 3.1872451317762287e-14, "status": "pass" }, { "entry": "gate_ccx", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_ccx", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3567340985913269e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.3855057211099486e-16, "global_phase": -2.8088910435967144e-17, "seconds": 2.0459e-05 }, { "entry": "gate_ccx", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4074819462701335e-16, "tolerance": 1.9486669661603525e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.470248802848714e-16, "global_phase": -5.533171119339035e-17, "seconds": 7.2542e-05 }, { "entry": "gate_ccx", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4074819462701335e-16, "tolerance": 1.9486669661603525e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.470248802848714e-16, "global_phase": -5.533171119339035e-17, "seconds": 0.000130709, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_ccx", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3567340985913269e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.3855057211099486e-16, "global_phase": -2.8088910435967144e-17, "seconds": 0.7669957920006709 }, { "entry": "gate_ccx", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3452867776003723e-16, "tolerance": 6.303404001284882e-13, "status": "pass", "note": "double precision, a contraction of width 6.0", "strict": 1.3744133063303021e-16, "global_phase": -2.814523452227737e-17, "seconds": 0.000977124997007195 }, { "entry": "gate_ccx", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.6169634979043014e-16, "tolerance": 6.383513748404932e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.6170785510676706e-16, "global_phase": -2.4539622958386736e-18, "seconds": 0.013143042000592686 }, { "entry": "gate_ccx", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4929996171625433e-08, "tolerance": 9.154181646441587e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.505080409941186e-08, "global_phase": 2.4572498391005102e-09, "seconds": 0.0017839159991126508 }, { "entry": "gate_ccx", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.3231913628026336e-09, "tolerance": 7.862822125374954e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_ccz", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.6785286217879533e-09, "tolerance": 7.862822080966033e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5923017764654656, "global_phase": -0.6013204685320469 }, { "entry": "gate_ccz", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.6974721387745454e-09, "tolerance": 7.862822169783875e-08, "status": "pass" }, { "entry": "gate_ccz", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.774452895122657e-16, "tolerance": 3.1872451317762287e-14, "status": "pass" }, { "entry": "gate_ccz", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_ccz", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3567340985913269e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.3855057211099486e-16, "global_phase": -2.8088910435967144e-17, "seconds": 2.2459e-05 }, { "entry": "gate_ccz", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4074819462701335e-16, "tolerance": 1.9486669661603525e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.470248802848714e-16, "global_phase": -5.533171119339035e-17, "seconds": 0.000190167 }, { "entry": "gate_ccz", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4074819462701335e-16, "tolerance": 1.9486669661603525e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.470248802848714e-16, "global_phase": -5.533171119339035e-17, "seconds": 8.1166e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_ccz", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3567340985913269e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.3855057211099486e-16, "global_phase": -2.8088910435967144e-17, "seconds": 0.7653569580070325 }, { "entry": "gate_ccz", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3452867776003723e-16, "tolerance": 6.303404001284882e-13, "status": "pass", "note": "double precision, a contraction of width 6.0", "strict": 1.3744133063303021e-16, "global_phase": -2.814523452227737e-17, "seconds": 0.0009629999985918403 }, { "entry": "gate_ccz", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4495375216436052e-17, "tolerance": 6.383513748404932e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.4495985349309682e-17, "global_phase": 1.7289083146586244e-19, "seconds": 0.012593500003276858 }, { "entry": "gate_ccz", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4929996171625433e-08, "tolerance": 9.154181646441587e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.505080409941186e-08, "global_phase": 2.4572498391005102e-09, "seconds": 0.0017578750048414804 }, { "entry": "gate_ccz", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.6497839043847038e-09, "tolerance": 7.862822125374954e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_cswap", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.6785286217879533e-09, "tolerance": 7.862822080966033e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5923017764654656, "global_phase": -0.6013204685320469 }, { "entry": "gate_cswap", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.6974721387745454e-09, "tolerance": 7.862822169783875e-08, "status": "pass" }, { "entry": "gate_cswap", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.774452895122657e-16, "tolerance": 3.468920339940439e-14, "status": "pass" }, { "entry": "gate_cswap", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_cswap", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3567340985913269e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.3855057211099486e-16, "global_phase": -2.8088910435967144e-17, "seconds": 4.2958e-05 }, { "entry": "gate_cswap", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4074819462701335e-16, "tolerance": 1.9486669661603525e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.470248802848714e-16, "global_phase": -5.533171119339035e-17, "seconds": 0.000117208 }, { "entry": "gate_cswap", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4074819462701335e-16, "tolerance": 1.9486669661603525e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.470248802848714e-16, "global_phase": -5.533171119339035e-17, "seconds": 0.000122125, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_cswap", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3567340985913269e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.3855057211099486e-16, "global_phase": -2.8088910435967144e-17, "seconds": 0.7050267500017071 }, { "entry": "gate_cswap", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3452867776003723e-16, "tolerance": 6.303404001284882e-13, "status": "pass", "note": "double precision, a contraction of width 6.0", "strict": 1.3744133063303021e-16, "global_phase": -2.814523452227737e-17, "seconds": 0.0009400829949299805 }, { "entry": "gate_cswap", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.025399467459494e-17, "tolerance": 6.383513748404932e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.0254124592450465e-17, "global_phase": 8.866276048486312e-20, "seconds": 0.020299749994592275 }, { "entry": "gate_cswap", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4929996171625433e-08, "tolerance": 9.154181646441587e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.505080409941186e-08, "global_phase": 2.4572498391005102e-09, "seconds": 0.0017910410024342127 }, { "entry": "gate_cswap", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.6497839043847038e-09, "tolerance": 7.862822125374954e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_c2p", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.454071167970312e-09, "tolerance": 1.9554563625653759e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5923017765075274, "global_phase": -0.6013204685722763 }, { "entry": "gate_c2p", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.459286792493347e-09, "tolerance": 1.95545637144716e-07, "status": "pass" }, { "entry": "gate_c2p", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.857121295822811e-16, "tolerance": 8.398236482814388e-14, "status": "pass" }, { "entry": "gate_c2p", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_c2p", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3567354665374505e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.3855069357692387e-16, "global_phase": -2.8088848837941315e-17, "seconds": 6.1625e-05 }, { "entry": "gate_c2p", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4074827868787245e-16, "tolerance": 1.9486669661603525e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.470249484123369e-16, "global_phase": -5.5331649595364525e-17, "seconds": 7.225e-05 }, { "entry": "gate_c2p", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4074827868787245e-16, "tolerance": 1.9486669661603525e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.470249484123369e-16, "global_phase": -5.5331649595364525e-17, "seconds": 7.8541e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_c2p", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3817311961039155e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.381935547493514e-16, "global_phase": -2.3764661567994983e-18, "seconds": 0.7555268329961109 }, { "entry": "gate_c2p", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3199067244219277e-16, "tolerance": 4.7008630320626785e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 1.352333458073505e-16, "global_phase": -2.9436715280550853e-17, "seconds": 0.012262041003850754 }, { "entry": "gate_c2p", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4494334789121303e-17, "tolerance": 6.383513748404932e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.4494944356881143e-17, "global_phase": 1.7280707492796442e-19, "seconds": 0.009445916999538895 }, { "entry": "gate_c2p", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4930064260105203e-08, "tolerance": 9.154181646441587e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 2.5050870937410084e-08, "global_phase": 2.4572404383192984e-09, "seconds": 0.0017177090048789978 }, { "entry": "gate_c2p", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.792048397448526e-09, "tolerance": 1.955456367006268e-07, "status": "pass", "note": "planned exact" }, { "entry": "gate_c2rz", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.17580428423748e-09, "tolerance": 2.114443102659051e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5923017764901821, "global_phase": -0.6013204685448793 }, { "entry": "gate_c2rz", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.182338191352393e-09, "tolerance": 2.114443111540835e-07, "status": "pass" }, { "entry": "gate_c2rz", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 5.857276606526499e-16, "tolerance": 9.384099711389237e-14, "status": "pass" }, { "entry": "gate_c2rz", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_c2rz", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.356864041041012e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.385638179882964e-16, "global_phase": -2.8091482637843886e-17, "seconds": 2.0959e-05 }, { "entry": "gate_c2rz", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.382833099344837e-16, "tolerance": 3.653750561550723e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.4470597500024585e-16, "global_phase": -5.569630515112943e-17, "seconds": 8.6542e-05 }, { "entry": "gate_c2rz", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.382833099344837e-16, "tolerance": 3.653750561550723e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.4470597500024585e-16, "global_phase": -5.569630515112943e-17, "seconds": 0.000308583, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_c2rz", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3818672801607905e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.382070635945764e-16, "global_phase": -2.3707862926640698e-18, "seconds": 0.8473118330002762 }, { "entry": "gate_c2rz", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4042201517886655e-16, "tolerance": 4.7008630320626785e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 1.4044232659053483e-16, "global_phase": -2.38846211370799e-18, "seconds": 0.004196000001684297 }, { "entry": "gate_c2rz", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4793608854112484e-17, "tolerance": 6.383513748404932e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.4794165255085104e-17, "global_phase": 1.6610444227779503e-19, "seconds": 0.01775445800012676 }, { "entry": "gate_c2rz", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.204218075283135e-08, "tolerance": 9.154181646441587e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.4097718185246246e-08, "global_phase": -1.165989000760594e-08, "seconds": 0.0018029579950962216 }, { "entry": "gate_c2rz", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.792048397448526e-09, "tolerance": 2.114443107099943e-07, "status": "pass", "note": "planned exact" }, { "entry": "gate_c2ry", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.541021517699566e-09, "tolerance": 2.2416324885154374e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5923017738006157, "global_phase": -0.6013204660262835 }, { "entry": "gate_c2ry", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.1249528314048954e-09, "tolerance": 2.2416324973972215e-07, "status": "pass" }, { "entry": "gate_c2ry", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.158178915508011e-15, "tolerance": 9.947450127717729e-14, "status": "pass" }, { "entry": "gate_c2ry", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_c2ry", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3568347164839227e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.385606040263293e-16, "global_phase": -2.8089793690612016e-17, "seconds": 2.0334e-05 }, { "entry": "gate_c2ry", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4188784163449605e-16, "tolerance": 2.9230004492405574e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.4813348680394973e-16, "global_phase": -5.532178000472185e-17, "seconds": 0.00012125 }, { "entry": "gate_c2ry", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4188784163449605e-16, "tolerance": 2.9230004492405574e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.4813348680394973e-16, "global_phase": -5.532178000472185e-17, "seconds": 7.4334e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_c2ry", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3813566833664707e-16, "tolerance": 3.2906041224438275e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.381563334637396e-16, "global_phase": -2.3894788829053065e-18, "seconds": 0.8968790409999201 }, { "entry": "gate_c2ry", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4042407588443382e-16, "tolerance": 4.7008630320626785e-14, "status": "pass", "note": "double precision, a contraction of width 3.0", "strict": 1.404446644746442e-16, "global_phase": -2.404722727917057e-18, "seconds": 0.0015444160017068498 }, { "entry": "gate_c2ry", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.8996600363392133e-17, "tolerance": 6.383513748404932e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.141577281672248e-17, "global_phase": -5.4139581805191244e-17, "seconds": 0.007068625003739726 }, { "entry": "gate_c2ry", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.205813630673841e-08, "tolerance": 9.154181646441587e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.411380878821099e-08, "global_phase": -1.1663097509706392e-08, "seconds": 0.0017174169988720678 }, { "entry": "gate_c2ry", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 3.977495357209708e-09, "tolerance": 2.2416324929563294e-07, "status": "pass", "note": "planned exact" }, { "entry": "gate_c3x", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.391512846914285e-09, "tolerance": 3.0615841194822775e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.6331867499277773, "global_phase": -0.6442719289752188 }, { "entry": "gate_c3x", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.641038205937388e-09, "tolerance": 3.0615841283640617e-07, "status": "pass" }, { "entry": "gate_c3x", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.0921565579432819e-15, "tolerance": 1.135582616853899e-13, "status": "pass" }, { "entry": "gate_c3x", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_c3x", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1380426810702476e-16, "tolerance": 4.230776728856391e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.1418412035005258e-16, "global_phase": -9.306014224130332e-18, "seconds": 2.4625e-05 }, { "entry": "gate_c3x", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1718801448946157e-16, "tolerance": 2.4358337077004524e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.2057454549202864e-16, "global_phase": -3.850320092070849e-17, "seconds": 7.6542e-05 }, { "entry": "gate_c3x", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.1718801448946157e-16, "tolerance": 2.4358337077004524e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.2057454549202864e-16, "global_phase": -3.850320092070849e-17, "seconds": 0.000135167, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_c3x", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.281311985405106e-16, "tolerance": 4.230776728856391e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.2850088420415793e-16, "global_phase": 1.2992703127221225e-17, "seconds": 0.6378219580001314 }, { "entry": "gate_c3x", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0693502465280125e-16, "tolerance": 1.3260959313683757e-13, "status": "pass", "note": "double precision, a contraction of width 4.0", "strict": 1.0734769178841271e-16, "global_phase": -9.403586273589279e-18, "seconds": 0.001876709000498522 }, { "entry": "gate_c3x", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.135201724572025e-17, "tolerance": 1.0253737898419437e-11, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.112211140817646e-16, "global_phase": -6.344245552251684e-17, "seconds": 0.012810207997972611 }, { "entry": "gate_c3x", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.6497640337928358e-08, "tolerance": 1.1769692899611298e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.6502501688319433e-08, "global_phase": 4.00531217091603e-10, "seconds": 0.001902416996017564 }, { "entry": "gate_c3x", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 3.1488127863384886e-09, "tolerance": 3.0615841239231696e-07, "status": "pass", "note": "planned exact" }, { "entry": "gate_c3z", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.669672201661391e-09, "tolerance": 2.881711166758857e-07, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.6331867502519202, "global_phase": -0.6442719293465758 }, { "entry": "gate_c3z", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 8.809862244535732e-09, "tolerance": 2.881711175640641e-07, "status": "pass" }, { "entry": "gate_c3z", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 9.198145331126233e-16, "tolerance": 1.1074150960374736e-13, "status": "pass" }, { "entry": "gate_c3z", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_c3z", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1380426810702476e-16, "tolerance": 4.230776728856391e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.1418412035005258e-16, "global_phase": -9.306014224130332e-18, "seconds": 2.3667e-05 }, { "entry": "gate_c3z", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.595949810867941e-16, "tolerance": 2.9230004492405574e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.599966217654964e-16, "global_phase": 1.4446076422946466e-17, "seconds": 0.000130084 }, { "entry": "gate_c3z", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.595949810867941e-16, "tolerance": 2.9230004492405574e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.599966217654964e-16, "global_phase": 1.4446076422946466e-17, "seconds": 8.0334e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_c3z", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.281312140139257e-16, "tolerance": 4.230776728856391e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.2850089960147827e-16, "global_phase": 1.299270222922428e-17, "seconds": 0.6388160830028937 }, { "entry": "gate_c3z", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.373058536363095e-16, "tolerance": 1.3260959313683757e-13, "status": "pass", "note": "double precision, a contraction of width 4.0", "strict": 3.3768940600253865e-16, "global_phase": -1.609024639425753e-17, "seconds": 0.0035067499993601814 }, { "entry": "gate_c3z", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.4309605600295303e-17, "tolerance": 1.0253737898419437e-11, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 4.070586436385354e-17, "global_phase": -3.264981576007027e-17, "seconds": 0.018419416999677196 }, { "entry": "gate_c3z", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.6497640337928358e-08, "tolerance": 1.1769692899611298e-05, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.6502501688319433e-08, "global_phase": 4.00531217091603e-10, "seconds": 0.0017594999953871593 }, { "entry": "gate_c3z", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 2.824198901880852e-09, "tolerance": 2.881711171199749e-07, "status": "pass", "note": "planned exact" }, { "entry": "full_turn_rz_t1_0", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.215285710182298e-10, "tolerance": 1.31047032241826e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.9705552845008005, "global_phase": 2.7979809572714793 }, { "entry": "full_turn_rz_t1_0", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.408447614612547e-10, "tolerance": 1.310470411236102e-08, "status": "pass" }, { "entry": "full_turn_rz_t1_0", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.797157557069881e-17, "tolerance": 1.0746810705446966e-14, "status": "pass" }, { "entry": "full_turn_rz_t1_0", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "full_turn_rz_t1_0", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.878018230386136e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.4948344912607779e-16, "global_phase": -1.2703930273265457e-16, "seconds": 2.6667e-05 }, { "entry": "full_turn_rz_t1_0", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.878018230386136e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.4948344912607779e-16, "global_phase": -1.2703930273265457e-16, "seconds": 6.5291e-05 }, { "entry": "full_turn_rz_t1_0", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.878018230386136e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.4948344912607779e-16, "global_phase": -1.2703930273265457e-16, "seconds": 6.3042e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "full_turn_rz_t1_0", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.878018230386136e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.4948344912607779e-16, "global_phase": -1.2703930273265457e-16, "seconds": 0.5754314170044381 }, { "entry": "full_turn_rz_t1_0", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.7935930160502477e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.9056138362361657e-16, "global_phase": -7.990180385963304e-17, "seconds": 0.000607292000495363 }, { "entry": "full_turn_rz_t1_0", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.011878416000399739 }, { "entry": "full_turn_rz_t1_0", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.267054075425819e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 8.90724488612628e-08, "global_phase": 7.818648375738633e-08, "seconds": 0.001698874999419786 }, { "entry": "full_turn_rz_t1_0", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.43499014920903e-10, "tolerance": 1.310470366827181e-08, "status": "pass", "note": "planned exact" }, { "entry": "full_turn_rx_t1_0", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.428935600037752e-10, "tolerance": 1.9464171686312247e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.9705552845232173, "global_phase": 2.797980956375603 }, { "entry": "full_turn_rx_t1_0", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 9.079842629738386e-10, "tolerance": 1.9464172574490667e-08, "status": "pass" }, { "entry": "full_turn_rx_t1_0", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.237726045655905e-16, "tolerance": 1.3563562787088958e-14, "status": "pass" }, { "entry": "full_turn_rx_t1_0", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "full_turn_rx_t1_0", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2354594473300743e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.4345679644901053e-16, "global_phase": -7.291263256419637e-17, "seconds": 2.5e-05 }, { "entry": "full_turn_rx_t1_0", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2354594473300743e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.4345679644901053e-16, "global_phase": -7.291263256419637e-17, "seconds": 0.000115125 }, { "entry": "full_turn_rx_t1_0", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2354594473300743e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.4345679644901053e-16, "global_phase": -7.291263256419637e-17, "seconds": 0.000112541, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "full_turn_rx_t1_0", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2354594473300743e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.4345679644901053e-16, "global_phase": -7.291263256419637e-17, "seconds": 0.5522798329984653 }, { "entry": "full_turn_rx_t1_0", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.836628346004762e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.847827009626881e-16, "global_phase": -2.523059717935201e-17, "seconds": 0.0005884169950149953 }, { "entry": "full_turn_rx_t1_0", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.01155816699611023 }, { "entry": "full_turn_rx_t1_0", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.937079523226147e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 9.286830585039391e-08, "global_phase": 2.5246449585516763e-08, "seconds": 0.0016164579938049428 }, { "entry": "full_turn_rx_t1_0", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.43499014920903e-10, "tolerance": 1.9464172130401457e-08, "status": "pass", "note": "planned exact" }, { "entry": "full_turn_ry_t1_0", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.766046792030961e-10, "tolerance": 1.9464171686312247e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.970555285413953, "global_phase": 2.79798095744968 }, { "entry": "full_turn_ry_t1_0", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.0361757078372587e-09, "tolerance": 1.9464172574490667e-08, "status": "pass" }, { "entry": "full_turn_ry_t1_0", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.2530044628618934e-16, "tolerance": 1.6380314868730963e-14, "status": "pass" }, { "entry": "full_turn_ry_t1_0", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "full_turn_ry_t1_0", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4356863563421938e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.46781205111376e-16, "global_phase": -3.05412677549014e-17, "seconds": 2.6917e-05 }, { "entry": "full_turn_ry_t1_0", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4356863563421938e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.46781205111376e-16, "global_phase": -3.05412677549014e-17, "seconds": 0.0001085 }, { "entry": "full_turn_ry_t1_0", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4356863563421938e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.46781205111376e-16, "global_phase": -3.05412677549014e-17, "seconds": 0.000114292, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "full_turn_ry_t1_0", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4356863563421938e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.46781205111376e-16, "global_phase": -3.05412677549014e-17, "seconds": 0.6785662920010509 }, { "entry": "full_turn_ry_t1_0", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.1409025375601136e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 3.145218421465822e-16, "global_phase": 1.6471238045877752e-17, "seconds": 0.000651708003715612 }, { "entry": "full_turn_ry_t1_0", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.015597083001921419 }, { "entry": "full_turn_ry_t1_0", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.0351735059329867e-07, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.03517635576141e-07, "global_phase": -2.429020790497895e-10, "seconds": 0.0018110829987563193 }, { "entry": "full_turn_ry_t1_0", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 8.121386059706013e-10, "tolerance": 1.9464172130401457e-08, "status": "pass", "note": "planned exact" }, { "entry": "full_turn_p_t1_0", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.215285710182298e-10, "tolerance": 1.31047032241826e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.34192377730194323, "global_phase": -0.343611696318314 }, { "entry": "full_turn_p_t1_0", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.40844675385083e-10, "tolerance": 1.310470411236102e-08, "status": "pass" }, { "entry": "full_turn_p_t1_0", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.797157557069881e-17, "tolerance": 1.0746810705446966e-14, "status": "pass" }, { "entry": "full_turn_p_t1_0", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "full_turn_p_t1_0", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.313729468180651e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 9.42812133633664e-17, "global_phase": -1.4642115032431582e-17, "seconds": 2.6209e-05 }, { "entry": "full_turn_p_t1_0", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.313729468180651e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 9.42812133633664e-17, "global_phase": -1.4642115032431582e-17, "seconds": 0.000114667 }, { "entry": "full_turn_p_t1_0", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.313729468180651e-17, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 9.42812133633664e-17, "global_phase": -1.4642115032431582e-17, "seconds": 6.5792e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "full_turn_p_t1_0", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.313729468180651e-17, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 9.42812133633664e-17, "global_phase": -1.4642115032431582e-17, "seconds": 0.6510248749982566 }, { "entry": "full_turn_p_t1_0", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.644118252139324e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 2.6640113228721536e-16, "global_phase": 3.249538384058998e-17, "seconds": 0.0006210419960552827 }, { "entry": "full_turn_p_t1_0", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.00561020799796097 }, { "entry": "full_turn_p_t1_0", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 5.148503886776068e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 5.281740492289452e-08, "global_phase": -1.1788513077551646e-08, "seconds": 0.001732042001094669 }, { "entry": "full_turn_p_t1_0", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.434990766952874e-10, "tolerance": 1.310470366827181e-08, "status": "pass", "note": "planned exact" }, { "entry": "full_turn_rz_t2_0", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.215285710182298e-10, "tolerance": 1.31047032241826e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.34192377730194323, "global_phase": -0.343611696318314 }, { "entry": "full_turn_rz_t2_0", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 7.40844675385083e-10, "tolerance": 1.310470411236102e-08, "status": "pass" }, { "entry": "full_turn_rz_t2_0", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.797157557069881e-17, "tolerance": 1.0746810705446966e-14, "status": "pass" }, { "entry": "full_turn_rz_t2_0", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "full_turn_rz_t2_0", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1064834169601487e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.7979863037694193e-16, "global_phase": -2.5699069640890605e-16, "seconds": 1.525e-05 }, { "entry": "full_turn_rz_t2_0", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1064834169601487e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.7979863037694193e-16, "global_phase": -2.5699069640890605e-16, "seconds": 0.000552584 }, { "entry": "full_turn_rz_t2_0", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1064834169601487e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.7979863037694193e-16, "global_phase": -2.5699069640890605e-16, "seconds": 7.3042e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "full_turn_rz_t2_0", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1064834169601487e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.7979863037694193e-16, "global_phase": -2.5699069640890605e-16, "seconds": 0.6868531670043012 }, { "entry": "full_turn_rz_t2_0", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.0762013032883892e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 3.0608999734962266e-16, "global_phase": -2.249110223171109e-16, "seconds": 0.0006047920032870024 }, { "entry": "full_turn_rz_t2_0", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.011471417004941031 }, { "entry": "full_turn_rz_t2_0", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.62269392489593e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.6144369169283853e-07, "global_phase": 1.4723470506158917e-07, "seconds": 0.0017187920020660385 }, { "entry": "full_turn_rz_t2_0", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 6.434990766952874e-10, "tolerance": 1.310470366827181e-08, "status": "pass", "note": "planned exact" }, { "entry": "full_turn_u_t1_0", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.766046792030961e-10, "tolerance": 1.9464171686312247e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.970555285413953, "global_phase": 2.79798095744968 }, { "entry": "full_turn_u_t1_0", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.0361757078372587e-09, "tolerance": 1.9464172574490667e-08, "status": "pass" }, { "entry": "full_turn_u_t1_0", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.2530044628618934e-16, "tolerance": 1.6380314868730963e-14, "status": "pass" }, { "entry": "full_turn_u_t1_0", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "full_turn_u_t1_0", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4356863563421938e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.46781205111376e-16, "global_phase": -3.05412677549014e-17, "seconds": 1.3541e-05 }, { "entry": "full_turn_u_t1_0", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4356863563421938e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.46781205111376e-16, "global_phase": -3.05412677549014e-17, "seconds": 0.001370417 }, { "entry": "full_turn_u_t1_0", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4356863563421938e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.46781205111376e-16, "global_phase": -3.05412677549014e-17, "seconds": 6.8625e-05, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "full_turn_u_t1_0", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.4356863563421938e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 1.46781205111376e-16, "global_phase": -3.05412677549014e-17, "seconds": 0.6393360000001849 }, { "entry": "full_turn_u_t1_0", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.1409025375601136e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 3.145218421465822e-16, "global_phase": 1.6471238045877752e-17, "seconds": 0.0006247500059544109 }, { "entry": "full_turn_u_t1_0", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.450168008707881e-17, "tolerance": 1.3715495537843548e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.823846913581342e-17, "global_phase": -2.389053613710233e-17, "seconds": 0.015853625001909677 }, { "entry": "full_turn_u_t1_0", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.9297896670805505e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 3.96561472339793e-08, "global_phase": -5.3183955982678255e-09, "seconds": 0.0017211250014952384, "adapter": [ "U as a matrix" ] }, { "entry": "full_turn_u_t1_0", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 8.121386059706013e-10, "tolerance": 1.9464172130401457e-08, "status": "pass", "note": "planned exact" }, { "entry": "gate_gphase_controlled", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.0935824753740867e-09, "tolerance": 4.3425167016846596e-08, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 0.5097313189930806, "global_phase": -0.5154175443058733 }, { "entry": "gate_gphase_controlled", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 2.1360269648254563e-09, "tolerance": 4.3425167905025015e-08, "status": "pass" }, { "entry": "gate_gphase_controlled", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.451554848981427e-16, "tolerance": 2.3422195072836047e-14, "status": "pass" }, { "entry": "gate_gphase_controlled", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "gate_gphase_controlled", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.300406512905069e-17, "tolerance": 2.3504315160312837e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 9.02558849753476e-17, "global_phase": -3.5446437687523536e-17, "seconds": 3.55e-05 }, { "entry": "gate_gphase_controlled", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8869219623193675e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9856040498679177e-16, "global_phase": -6.181819723743999e-17, "seconds": 0.000111208 }, { "entry": "gate_gphase_controlled", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8869219623193675e-16, "tolerance": 1.4615002246202573e-14, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9856040498679177e-16, "global_phase": -6.181819723743999e-17, "seconds": 0.000117542, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "gate_gphase_controlled", "engine": "quimb.dense", "quantity": "state", "measured": null, "tolerance": null, "status": "not run", "note": "no gate gphase" }, { "entry": "gate_gphase_controlled", "engine": "quimb.tensor_network", "quantity": "state", "measured": null, "tolerance": null, "status": "not run", "note": "no gate gphase" }, { "entry": "gate_gphase_controlled", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.684857563868715e-17, "tolerance": 3.422784300198615e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.019615798246159e-17, "global_phase": 1.3818898041286565e-17, "seconds": 0.010431333997985348 }, { "entry": "gate_gphase_controlled", "engine": "qsim.statevector", "quantity": "state", "measured": null, "tolerance": null, "status": "not run", "note": "a global phase gate" }, { "entry": "gate_gphase_controlled", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.0983222174457334e-09, "tolerance": 4.3425167460935805e-08, "status": "pass", "note": "planned exact" }, { "entry": "controlled_rz_full_turn", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.727233711018889e-77, "tolerance": 8.99364639582761e-09, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.727233711018889e-77, "global_phase": 0.0 }, { "entry": "controlled_rz_full_turn", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.727233711018889e-77, "tolerance": 8.99364728400603e-09, "status": "pass" }, { "entry": "controlled_rz_full_turn", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 2.220446049250313e-16, "tolerance": 5.113306542163034e-15, "status": "pass" }, { "entry": "controlled_rz_full_turn", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "controlled_rz_full_turn", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.383329718893769e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.383329718893769e-16, "global_phase": 0.0, "seconds": 2.6334e-05 }, { "entry": "controlled_rz_full_turn", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.79306168888485e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.79306168888485e-16, "global_phase": -6.162975822039155e-33, "seconds": 0.000108792 }, { "entry": "controlled_rz_full_turn", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.79306168888485e-16, "tolerance": 9.743334830801666e-15, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.79306168888485e-16, "global_phase": -6.162975822039155e-33, "seconds": 0.0001235, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "controlled_rz_full_turn", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.383329718893769e-16, "tolerance": 1.4102589096187571e-14, "status": "pass", "note": "double precision, gate by gate", "strict": 2.383329718893769e-16, "global_phase": 0.0, "seconds": 0.6383382499989239 }, { "entry": "controlled_rz_full_turn", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.051434889952961e-16, "tolerance": 1.2179168538502112e-14, "status": "pass", "note": "double precision, a contraction of width 2.0", "strict": 3.051434889952961e-16, "global_phase": -6.162975822039156e-33, "seconds": 0.0007887079991633072 }, { "entry": "controlled_rz_full_turn", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.220446049250313e-16, "tolerance": 2.0536705801163775e-12, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.220446049250313e-16, "global_phase": 0.0, "seconds": 0.0120413330005249 }, { "entry": "controlled_rz_full_turn", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.181723814526122e-08, "tolerance": 3.92320018377927e-06, "status": "pass", "note": "single precision, fusion width 2", "strict": 6.181723814526122e-08, "global_phase": 0.0, "seconds": 0.0015498330030823126 }, { "entry": "controlled_rz_full_turn", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 8.636168555094445e-78, "tolerance": 8.99364683991682e-09, "status": "pass", "note": "planned exact" }, { "entry": "teleport", "engine": "qsim.statevector", "quantity": "counts", "measured": null, "tolerance": null, "status": "not run", "note": "measurement in the middle (or one qubit measured twice)" }, { "entry": "reset_after_superposition", "engine": "qsim.statevector", "quantity": "counts", "measured": null, "tolerance": null, "status": "not run", "note": "measurement in the middle (or one qubit measured twice)" }, { "entry": "measure_twice", "engine": "qsim.statevector", "quantity": "counts", "measured": null, "tolerance": null, "status": "not run", "note": "measurement in the middle (or one qubit measured twice)" }, { "entry": "feedback_flip", "engine": "qsim.statevector", "quantity": "counts", "measured": null, "tolerance": null, "status": "not run", "note": "measurement in the middle (or one qubit measured twice)" }, { "entry": "ghz_by_fusion", "engine": "qsim.statevector", "quantity": "counts", "measured": null, "tolerance": null, "status": "not run", "note": "measurement in the middle (or one qubit measured twice)" }, { "entry": "repeat_until_success", "engine": "ddsim.statevector", "quantity": "counts", "measured": null, "tolerance": null, "status": "known", "note": "ValueError: [changePermutation] Target must be an injective mapping using only keys and logical qubits from the source permutation. | known: MQT DDSIM 2.7.0's qasm_simulator raises ValueError [changePermutation] on this program (two qubits; qubit 1 measured three times in the middle, with gates between and an x conditioned on each reading; four classical bits) and gives no counts. It raises the same without the conditioned x, and on qubit 1 measured, h, measured again, then qubit 0 measured into a third bit; with no third bit it gives counts. Each is a case of the reproducer.", "right": "the exact reference, which every other engine that ran this program met (the results files)" }, { "entry": "repeat_until_success", "engine": "qsim.statevector", "quantity": "counts", "measured": null, "tolerance": null, "status": "not run", "note": "measurement in the middle (or one qubit measured twice)" }, { "entry": "clifford_ghz_n100", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 100, "tolerance": 100, "status": "pass" }, { "entry": "clifford_ghz_n100", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 2.454099740134552e-05 }, { "entry": "clifford_ghz_n100", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 5.125e-06 }, { "entry": "clifford_ghz_n100", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 1, "tolerance": 1, "status": "pass" }, { "entry": "clifford_ghz_n100", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.000242416 }, { "entry": "clifford_ghz_n1000", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 1000, "tolerance": 1000, "status": "pass" }, { "entry": "clifford_ghz_n1000", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.00010474999726284295 }, { "entry": "clifford_ghz_n1000", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 3.2541e-05 }, { "entry": "clifford_ghz_n1000", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 1, "tolerance": 1, "status": "pass" }, { "entry": "clifford_ghz_n1000", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.010944625 }, { "entry": "clifford_ghz_n5000", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 5000, "tolerance": 5000, "status": "pass" }, { "entry": "clifford_ghz_n5000", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.0057006249990081415 }, { "entry": "clifford_ghz_n5000", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 0.001448542 }, { "entry": "clifford_ghz_n5000", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 1, "tolerance": 1, "status": "pass" }, { "entry": "clifford_cluster_n65", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 65, "tolerance": 65, "status": "pass" }, { "entry": "clifford_cluster_n65", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 2.316699828952551e-05 }, { "entry": "clifford_cluster_n65", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 5.166e-06 }, { "entry": "clifford_cluster_n65", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 65, "tolerance": 65, "status": "pass" }, { "entry": "clifford_cluster_n65", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.0001745 }, { "entry": "clifford_cluster_n1000", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 1000, "tolerance": 1000, "status": "pass" }, { "entry": "clifford_cluster_n1000", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.0001323750038864091 }, { "entry": "clifford_cluster_n1000", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 7.2666e-05 }, { "entry": "clifford_cluster_n1000", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 1000, "tolerance": 1000, "status": "pass" }, { "entry": "clifford_cluster_n1000", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.01029675 }, { "entry": "clifford_cluster_n5000", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 5000, "tolerance": 5000, "status": "pass" }, { "entry": "clifford_cluster_n5000", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.005743292000261135 }, { "entry": "clifford_cluster_n5000", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 0.002268333 }, { "entry": "clifford_cluster_n5000", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 5000, "tolerance": 5000, "status": "pass" }, { "entry": "clifford_random_n63", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 63, "tolerance": 63, "status": "pass" }, { "entry": "clifford_random_n63", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 5.866699939360842e-05 }, { "entry": "clifford_random_n63", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 1.4458e-05 }, { "entry": "clifford_random_n63", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 62, "tolerance": 62, "status": "pass" }, { "entry": "clifford_random_n63", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.000341917 }, { "entry": "clifford_random_n64", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 64, "tolerance": 64, "status": "pass" }, { "entry": "clifford_random_n64", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 3.7917001463938504e-05 }, { "entry": "clifford_random_n64", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 1.525e-05 }, { "entry": "clifford_random_n64", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 62, "tolerance": 62, "status": "pass" }, { "entry": "clifford_random_n64", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.000351708 }, { "entry": "clifford_random_n65", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 65, "tolerance": 65, "status": "pass" }, { "entry": "clifford_random_n65", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 4.1250001231674105e-05 }, { "entry": "clifford_random_n65", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 1.5666e-05 }, { "entry": "clifford_random_n65", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 64, "tolerance": 64, "status": "pass" }, { "entry": "clifford_random_n65", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.000395625 }, { "entry": "clifford_random_n127", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 127, "tolerance": 127, "status": "pass" }, { "entry": "clifford_random_n127", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 5.291699926601723e-05 }, { "entry": "clifford_random_n127", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 2.8709e-05 }, { "entry": "clifford_random_n127", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 124, "tolerance": 124, "status": "pass" }, { "entry": "clifford_random_n127", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.002425958 }, { "entry": "clifford_random_n128", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 128, "tolerance": 128, "status": "pass" }, { "entry": "clifford_random_n128", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.00010487499821465462 }, { "entry": "clifford_random_n128", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 2.8875e-05 }, { "entry": "clifford_random_n128", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 123, "tolerance": 123, "status": "pass" }, { "entry": "clifford_random_n128", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.000775125 }, { "entry": "clifford_random_n129", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 129, "tolerance": 129, "status": "pass" }, { "entry": "clifford_random_n129", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.0001348750010947697 }, { "entry": "clifford_random_n129", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 2.975e-05 }, { "entry": "clifford_random_n129", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 122, "tolerance": 122, "status": "pass" }, { "entry": "clifford_random_n129", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.000786917 }, { "entry": "clifford_random_n1000", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 1000, "tolerance": 1000, "status": "pass" }, { "entry": "clifford_random_n1000", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.0016200829995796084 }, { "entry": "clifford_random_n1000", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 0.00105625 }, { "entry": "clifford_random_n1000", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 999, "tolerance": 999, "status": "pass" }, { "entry": "clifford_random_n1000", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.031896 }, { "entry": "clifford_random_n2000", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 2000, "tolerance": 2000, "status": "pass" }, { "entry": "clifford_random_n2000", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.003945832999306731 }, { "entry": "clifford_random_n2000", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 0.002668542 }, { "entry": "clifford_random_n2000", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 2000, "tolerance": 2000, "status": "pass" }, { "entry": "clifford_random_n10_as_state", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.7114271035800384e-08, "tolerance": 6.835172444858467e-06, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.7114271035800384e-08, "global_phase": -2.5571778398004984e-77 }, { "entry": "clifford_random_n10_as_state", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.7114271035800384e-08, "tolerance": 6.835172445746645e-06, "status": "pass" }, { "entry": "clifford_random_n10_as_state", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 7.53644380168212e-15, "tolerance": 6.093066280547265e-13, "status": "pass" }, { "entry": "clifford_random_n10_as_state", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "clifford_random_n10_as_state", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3244320535236393e-15, "tolerance": 1.7299175958019768e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.3244320535236393e-15, "global_phase": -2.5571778398004984e-77, "seconds": 0.001065584 }, { "entry": "clifford_random_n10_as_state", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.526567631408858e-16, "tolerance": 8.988226381422528e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.0439850796711554e-15, "global_phase": 1.900363860637374e-15, "seconds": 0.000396584 }, { "entry": "clifford_random_n10_as_state", "engine": "aer.qasm_import", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.526567631408858e-16, "tolerance": 8.988226381422528e-13, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.0439850796711554e-15, "global_phase": 1.900363860637374e-15, "seconds": 0.000494042, "adapter": [ "read from the published OpenQASM 3 text" ] }, { "entry": "clifford_random_n10_as_state", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.9576473574087966e-15, "tolerance": 1.7299175958019768e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 4.3182725538710424e-15, "global_phase": 3.146394755705127e-15, "seconds": 1.3477194590013823 }, { "entry": "clifford_random_n10_as_state", "engine": "quimb.tensor_network", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.4043524274748965e-14, "tolerance": 7.041552439966656e-07, "status": "pass", "note": "double precision, a contraction of width 16.0", "strict": 3.4194608194239694e-14, "global_phase": 3.2108697438765442e-15, "seconds": 1.28136395799811 }, { "entry": "clifford_random_n10_as_state", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.253673324449967e-16, "tolerance": 9.2130502584579e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 2.253673324449967e-16, "global_phase": -2.5571778398004988e-77, "seconds": 0.03125041600287659 }, { "entry": "clifford_random_n10_as_state", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1689170703509095e-06, "tolerance": 0.0004814755969898022, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.3551576450466702e-06, "global_phase": 6.85627931991555e-07, "seconds": 0.007382041003438644 }, { "entry": "clifford_random_n10_as_state", "engine": "exact", "quantity": "the integer tableau's group has full rank", "measured": 10, "tolerance": 10, "status": "pass" }, { "entry": "clifford_random_n10_as_state", "engine": "stim.tableau", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 3.270899469498545e-05 }, { "entry": "clifford_random_n10_as_state", "engine": "wai.stabilizer", "quantity": "generators of the reference group whose expectation is not their sign", "measured": 0, "tolerance": 0, "status": "pass", "seconds": 7.708e-06 }, { "entry": "clifford_random_n10_as_state", "engine": "wai.stabilizer", "quantity": "outcome dimension against the rank of the group's X part", "measured": 10, "tolerance": 10, "status": "pass" }, { "entry": "clifford_random_n10_as_state", "engine": "aer.stabilizer", "quantity": "reduced stabilizer group equals the reference's", "measured": true, "tolerance": true, "status": "pass", "seconds": 0.000137125 }, { "entry": "clifford_random_n10_as_state", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.34820969868762e-10, "tolerance": 6.835172445302556e-06, "status": "pass", "note": "planned exact" }, { "entry": "clifford_counts_n40", "engine": "wai.stabilizer", "quantity": "shots returned", "measured": 20000, "tolerance": 20000, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "wai.stabilizer", "quantity": "shots outside the affine space the stabilizers fix (dimension 34)", "measured": 0, "tolerance": 0, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "wai.stabilizer", "quantity": "the most frequent outcome's count above shots\u00b72^-34, in units of its Bernstein bound over all 2^34 outcomes", "measured": 0.03636031415716041, "tolerance": 1.0, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "wai.stabilizer", "quantity": "each of the 39 bits the space leaves free against 1/2, largest deviation in units of its Bernstein bound", "measured": 0.4262255565201494, "tolerance": 1.0, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "wai.stabilizer", "quantity": "distinct outcomes, of 20000 shots over 2^34", "measured": 20000, "tolerance": null, "status": "info" }, { "entry": "clifford_counts_n40", "engine": "stim.tableau", "quantity": "shots returned", "measured": 20000, "tolerance": 20000, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "stim.tableau", "quantity": "shots outside the affine space the stabilizers fix (dimension 34)", "measured": 0, "tolerance": 0, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "stim.tableau", "quantity": "the most frequent outcome's count above shots\u00b72^-34, in units of its Bernstein bound over all 2^34 outcomes", "measured": 0.03636031415716041, "tolerance": 1.0, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "stim.tableau", "quantity": "each of the 39 bits the space leaves free against 1/2, largest deviation in units of its Bernstein bound", "measured": 0.33884931743351876, "tolerance": 1.0, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "stim.tableau", "quantity": "distinct outcomes, of 20000 shots over 2^34", "measured": 20000, "tolerance": null, "status": "info" }, { "entry": "clifford_counts_n40", "engine": "aer.stabilizer", "quantity": "shots returned", "measured": 20000, "tolerance": 20000, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "aer.stabilizer", "quantity": "shots outside the affine space the stabilizers fix (dimension 34)", "measured": 0, "tolerance": 0, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "aer.stabilizer", "quantity": "the most frequent outcome's count above shots\u00b72^-34, in units of its Bernstein bound over all 2^34 outcomes", "measured": 0.03636031415716041, "tolerance": 1.0, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "aer.stabilizer", "quantity": "each of the 39 bits the space leaves free against 1/2, largest deviation in units of its Bernstein bound", "measured": 0.5093395400415784, "tolerance": 1.0, "status": "pass" }, { "entry": "clifford_counts_n40", "engine": "aer.stabilizer", "quantity": "distinct outcomes, of 20000 shots over 2^34", "measured": 20000, "tolerance": null, "status": "info" }, { "entry": "noise_depol1_x_chain_p0_01_k20", "engine": "wai.density_matrix", "quantity": " against the closed form", "measured": 9.937140810079922e-16, "tolerance": 1.2401240634415574e-12, "status": "pass" }, { "entry": "noise_depol1_x_chain_p0_01_k20", "engine": "aer.density_matrix", "quantity": " against the closed form", "measured": 9.937140810079922e-16, "tolerance": 1.2401240634415574e-12, "status": "pass" }, { "entry": "noise_depol1_x_chain_p0_1_k7", "engine": "wai.density_matrix", "quantity": " against the closed form", "measured": 6.305003467449492e-17, "tolerance": 4.3404342220454503e-13, "status": "pass" }, { "entry": "noise_depol1_x_chain_p0_1_k7", "engine": "aer.density_matrix", "quantity": " against the closed form", "measured": 6.305003467449492e-17, "tolerance": 4.3404342220454503e-13, "status": "pass" }, { "entry": "noise_depol2_cx_chain", "engine": "wai.density_matrix", "quantity": " against the closed form", "measured": 7.326316154075342e-16, "tolerance": 7.892101212949273e-13, "status": "pass" }, { "entry": "noise_depol2_cx_chain", "engine": "aer.density_matrix", "quantity": " against the closed form", "measured": 7.326316154075342e-16, "tolerance": 7.892101212949273e-13, "status": "pass" }, { "entry": "mps_ghz_n30", "engine": "wai.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 4.833646656726456e-17, "tolerance": 2.76696570893817e-13, "status": "pass", "note": "29 two-site updates at bond 2; truncation from its reported discarded weight", "seconds": 0.00092875, "accuracy": { "class": "exact", "max_bond": 64, "max_bond_used": 2, "note": "no truncation dropped weight beyond the cutoff's rounding" } }, { "entry": "mps_ghz_n30", "engine": "wai.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 4.833646656726456e-17, "tolerance": 8.450256244926496e-14, "status": "pass", "note": "contraction of width 1.0", "seconds": 0.002176958, "accuracy": { "class": "exact" } }, { "entry": "mps_ghz_n30", "engine": "aer.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 6.268583589525109e-17, "tolerance": 2.76696570893817e-13, "status": "pass", "note": "29 two-site updates at bond 2, and 0 truncations, from its log", "seconds": 0.000513209 }, { "entry": "mps_ghz_n30", "engine": "quimb.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 6.268583589525109e-17, "tolerance": 8.566965708938169e-13, "status": "pass", "note": "29 two-site updates at bond 2; its cutoff drops at most 1e-28 of weight at each", "seconds": 0.5072030830051517 }, { "entry": "mps_ghz_n30", "engine": "quimb.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 3.615399514695752e-15, "tolerance": 8.450256244926496e-14, "status": "pass", "note": "contraction of width 1.0", "seconds": 0.5811249580001459 }, { "entry": "mps_ghz_n50", "engine": "wai.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 4.833646656726456e-17, "tolerance": 4.67521792199987e-13, "status": "pass", "note": "49 two-site updates at bond 2; truncation from its reported discarded weight", "seconds": 0.000834167, "accuracy": { "class": "exact", "max_bond": 64, "max_bond_used": 2, "note": "no truncation dropped weight beyond the cutoff's rounding" } }, { "entry": "mps_ghz_n50", "engine": "wai.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 4.833646656726456e-17, "tolerance": 1.4083760408211617e-13, "status": "pass", "note": "contraction of width 1.0", "seconds": 0.002072583, "accuracy": { "class": "exact" } }, { "entry": "mps_ghz_n50", "engine": "aer.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 6.268583589525109e-17, "tolerance": 4.67521792199987e-13, "status": "pass", "note": "49 two-site updates at bond 2, and 0 truncations, from its log", "seconds": 0.000331417 }, { "entry": "mps_ghz_n50", "engine": "quimb.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 6.268583589525109e-17, "tolerance": 1.447521792199987e-12, "status": "pass", "note": "49 two-site updates at bond 2; its cutoff drops at most 1e-28 of weight at each", "seconds": 0.6225195410006563 }, { "entry": "mps_ghz_n50", "engine": "quimb.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 1.1729088605204076e-15, "tolerance": 1.4083760408211617e-13, "status": "pass", "note": "contraction of width 1.0", "seconds": 0.5999872500033234 }, { "entry": "mps_ghz_n100", "engine": "wai.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 4.833646656726456e-17, "tolerance": 9.445848454657303e-13, "status": "pass", "note": "99 two-site updates at bond 2; truncation from its reported discarded weight", "seconds": 0.001013167, "accuracy": { "class": "exact", "max_bond": 64, "max_bond_used": 2, "note": "no truncation dropped weight beyond the cutoff's rounding" } }, { "entry": "mps_ghz_n100", "engine": "wai.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 4.833646656726456e-17, "tolerance": 2.8167520816427206e-13, "status": "pass", "note": "contraction of width 1.0", "seconds": 0.00328725, "accuracy": { "class": "exact" } }, { "entry": "mps_ghz_n100", "engine": "aer.mps", "quantity": "amplitudes", "measured": null, "tolerance": null, "status": "not run", "note": "CircuitTooWideForTarget: 'Number of qubits (100) in circuit-46 is greater than maximum (63) in the coupling_map'" }, { "entry": "mps_ghz_n100", "engine": "quimb.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 6.268583589525109e-17, "tolerance": 2.9245848454657303e-12, "status": "pass", "note": "99 two-site updates at bond 2; its cutoff drops at most 1e-28 of weight at each", "seconds": 0.5841034580007545 }, { "entry": "mps_ghz_n100", "engine": "quimb.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 2.6161987925331113e-15, "tolerance": 2.8167520816427206e-13, "status": "pass", "note": "contraction of width 1.0", "seconds": 0.6663679579942254 }, { "entry": "mps_qft_n30", "engine": "wai.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 5.017092331032849e-19, "tolerance": 5.3837041007541454e-11, "status": "pass", "note": "8990 two-site updates at bond 1; truncation from its reported discarded weight", "seconds": 0.008993, "accuracy": { "class": "exact", "max_bond": 64, "max_bond_used": 1, "note": "no truncation dropped weight beyond the cutoff's rounding" } }, { "entry": "mps_qft_n30", "engine": "wai.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 1.153914350662781e-19, "tolerance": 7.408057974723756e-13, "status": "pass", "note": "contraction of width 1.0", "seconds": 0.065802917, "accuracy": { "class": "exact" } }, { "entry": "mps_qft_n30", "engine": "aer.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 6.296371713642247e-18, "tolerance": 7.557546801821243e-12, "status": "pass", "note": "1262 two-site updates at bond 1, and 0 truncations, from its log", "seconds": 0.00484325 }, { "entry": "mps_qft_n30", "engine": "quimb.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 2.0528086115746623e-18, "tolerance": 2.3363704100754143e-10, "status": "pass", "note": "8990 two-site updates at bond 1; its cutoff drops at most 1e-28 of weight at each", "seconds": 1.2645941669979948 }, { "entry": "mps_qft_n30", "engine": "quimb.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 1.06092989973211e-18, "tolerance": 7.408057974723756e-13, "status": "pass", "note": "contraction of width 1.0", "seconds": 1.5444716249985504 }, { "entry": "mps_qft_n40", "engine": "wai.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 2.3442753311374327e-20, "tolerance": 1.2767583029650018e-10, "status": "pass", "note": "21320 two-site updates at bond 1; truncation from its reported discarded weight", "seconds": 0.017744208, "accuracy": { "class": "exact", "max_bond": 64, "max_bond_used": 1, "note": "no truncation dropped weight beyond the cutoff's rounding" } }, { "entry": "mps_qft_n40", "engine": "wai.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 2.633360821843449e-21, "tolerance": 1.2675384367404737e-12, "status": "pass", "note": "contraction of width 1.0", "seconds": 0.206850916, "accuracy": { "class": "exact" } }, { "entry": "mps_qft_n40", "engine": "aer.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 3.210394166867094e-19, "tolerance": 1.3665865136181795e-11, "status": "pass", "note": "2282 two-site updates at bond 1, and 0 truncations, from its log", "seconds": 0.008606458 }, { "entry": "mps_qft_n40", "engine": "quimb.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 1.7456895488437204e-19, "tolerance": 5.540758302965001e-10, "status": "pass", "note": "21320 two-site updates at bond 1; its cutoff drops at most 1e-28 of weight at each", "seconds": 2.1597955000033835 }, { "entry": "mps_qft_n40", "engine": "quimb.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 1.7865540658853884e-16, "tolerance": 1.2675384367404737e-12, "status": "pass", "note": "contraction of width 1.0", "seconds": 1.07543566700042 }, { "entry": "mps_qft_n30_bond256", "engine": "wai.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 6.992832609013198e-19, "tolerance": 5.3837041007541454e-11, "status": "pass", "note": "8990 two-site updates at bond 1; truncation from its reported discarded weight", "seconds": 0.008330209, "accuracy": { "class": "exact", "max_bond": 256, "max_bond_used": 1, "note": "no truncation dropped weight beyond the cutoff's rounding" } }, { "entry": "tn_shallow_n26", "engine": "aer.mps ~ aer.statevector", "quantity": "chosen amplitudes, worst difference", "measured": 3.4912680055292545e-14, "tolerance": 6.667625655552076e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "aer.mps ~ quimb.mps", "quantity": "chosen amplitudes, worst difference", "measured": 3.491506169616187e-14, "tolerance": 5.148050435408713e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "aer.mps ~ quimb.tensor_network", "quantity": "chosen amplitudes, worst difference", "measured": 3.491225806440382e-14, "tolerance": 2.2524595706442426e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "aer.mps ~ wai.mps", "quantity": "chosen amplitudes, worst difference", "measured": 3.491292706365458e-14, "tolerance": 3.888050435408713e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "aer.mps ~ wai.statevector", "quantity": "chosen amplitudes, worst difference", "measured": 3.4912591366872967e-14, "tolerance": 6.667625655552076e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "aer.mps ~ wai.tensor_network", "quantity": "chosen amplitudes, worst difference", "measured": 3.491247592469553e-14, "tolerance": 1.108980912050012e-08, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "aer.statevector ~ quimb.mps", "quantity": "chosen amplitudes, worst difference", "measured": 2.3860461076794517e-18, "tolerance": 7.927625655552075e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "aer.statevector ~ quimb.tensor_network", "quantity": "chosen amplitudes, worst difference", "measured": 1.5363001558967743e-18, "tolerance": 5.032034790787605e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "aer.statevector ~ wai.mps", "quantity": "chosen amplitudes, worst difference", "measured": 2.67781612718429e-18, "tolerance": 6.667625655552076e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "aer.statevector ~ wai.statevector", "quantity": "chosen amplitudes, worst difference", "measured": 5.744482278055672e-19, "tolerance": 9.447200875695438e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "aer.statevector ~ wai.tensor_network", "quantity": "chosen amplitudes, worst difference", "measured": 4.879380327352975e-19, "tolerance": 1.1092588695720265e-08, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "quimb.mps ~ quimb.tensor_network", "quantity": "chosen amplitudes, worst difference", "measured": 3.2910324741456392e-18, "tolerance": 3.5124595706442425e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "quimb.mps ~ wai.mps", "quantity": "chosen amplitudes, worst difference", "measured": 2.3597737439810326e-18, "tolerance": 5.148050435408713e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "quimb.mps ~ wai.statevector", "quantity": "chosen amplitudes, worst difference", "measured": 2.5710285329788336e-18, "tolerance": 7.927625655552075e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "quimb.mps ~ wai.tensor_network", "quantity": "chosen amplitudes, worst difference", "measured": 2.6361898484026205e-18, "tolerance": 1.1091069120500122e-08, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "quimb.tensor_network ~ wai.mps", "quantity": "chosen amplitudes, worst difference", "measured": 4.175415728808466e-18, "tolerance": 2.2524595706442426e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "quimb.tensor_network ~ wai.statevector", "quantity": "chosen amplitudes, worst difference", "measured": 1.4816947631522958e-18, "tolerance": 5.032034790787605e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "quimb.tensor_network ~ wai.tensor_network", "quantity": "chosen amplitudes, worst difference", "measured": 1.2483231218546238e-18, "tolerance": 1.1088173529635357e-08, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "wai.mps ~ wai.statevector", "quantity": "chosen amplitudes, worst difference", "measured": 2.8325835461781977e-18, "tolerance": 6.667625655552076e-12, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "wai.mps ~ wai.tensor_network", "quantity": "chosen amplitudes, worst difference", "measured": 3.092122748816557e-18, "tolerance": 1.108980912050012e-08, "status": "pass" }, { "entry": "tn_shallow_n26", "engine": "wai.statevector ~ wai.tensor_network", "quantity": "chosen amplitudes, worst difference", "measured": 3.632102562304021e-19, "tolerance": 1.1092588695720265e-08, "status": "pass" }, { "entry": "tn_mirror_n40", "engine": "wai.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 1.818360945611186e-15, "tolerance": 1.964309233906341e-12, "status": "pass", "note": "118 two-site updates at bond 4; truncation from its reported discarded weight", "seconds": 0.002298542, "accuracy": { "class": "exact", "max_bond": 64, "max_bond_used": 4, "note": "no truncation dropped weight beyond the cutoff's rounding" } }, { "entry": "tn_mirror_n40", "engine": "wai.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 2.2707199910575792e-15, "tolerance": 3.563571497430284e-09, "status": "pass", "note": "contraction of width 10.9", "seconds": 0.183405875, "accuracy": { "class": "exact" } }, { "entry": "tn_mirror_n40", "engine": "aer.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 6.439925339993816e-15, "tolerance": 1.964309233906341e-12, "status": "pass", "note": "118 two-site updates at bond 4, and 0 truncations, from its log", "seconds": 0.000705791 }, { "entry": "tn_mirror_n40", "engine": "quimb.mps", "quantity": "amplitudes against the closed form, worst error", "measured": 1.842075977593791e-15, "tolerance": 3.066648591607605e-12, "status": "pass", "note": "118 two-site updates at bond 1; its cutoff drops at most 1e-28 of weight at each", "seconds": 0.566146083001513 }, { "entry": "tn_mirror_n40", "engine": "quimb.tensor_network", "quantity": "amplitudes against the closed form, worst error", "measured": 1.0555449878659167e-14, "tolerance": 5.605336642470576e-13, "status": "pass", "note": "contraction of width 1.0", "seconds": 0.6177174170006765 }, { "entry": "qft_n18_x174763", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 6, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qft_n18_x174763", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.240512594498026e-07, "tolerance": 9.900208755494186e-05, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 3.2405138590520965e-07, "global_phase": 2.862797296180178e-10 }, { "entry": "qft_n18_x174763", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 3.2405138590520965e-07, "tolerance": 9.900208755583004e-05, "status": "pass" }, { "entry": "qft_n18_x174763", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.633825176780414e-15, "tolerance": 2.938303949105463e-13, "status": "pass" }, { "entry": "qft_n18_x174763", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "qft_n18_x174763", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.6905340084694177e-15, "tolerance": 8.931639760926646e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.8341319962395112e-15, "global_phase": 7.114316171199142e-16, "seconds": 0.011870208 }, { "entry": "qft_n18_x174763", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.329044689176136e-16, "tolerance": 4.674651210512281e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.9008037942253565e-15, "global_phase": 1.792341205620633e-15, "seconds": 0.060984417 }, { "entry": "qft_n18_x174763", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.595707624312099e-15, "tolerance": 8.931639760926646e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 1.7052026216271521e-15, "global_phase": 6.011931124990954e-16, "seconds": 0.796411082999839 }, { "entry": "qft_n18_x174763", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.024125352935083e-16, "tolerance": 8.212817774282748e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 9.088652680541168e-16, "global_phase": -1.0810962778691078e-16, "seconds": 0.049501208995934576 }, { "entry": "qft_n18_x174763", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.3345678579590594e-07, "tolerance": 0.0002485301067163383, "status": "pass", "note": "single precision, fusion width 2", "strict": 4.4226319953553976e-07, "global_phase": -3.756257003186612e-07, "seconds": 0.06519466700410703 }, { "entry": "qft_n18_x174763", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.4450953235848e-10, "tolerance": 9.900208755538595e-05, "status": "pass", "note": "planned exact" }, { "entry": "qft_n20_x699051", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 6, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qft_n20_x699051", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.509150050517881e-07, "tolerance": 0.00024290048736916916, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 6.510102073119114e-07, "global_phase": 1.1133113818986979e-08 }, { "entry": "qft_n20_x699051", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 6.510102073119114e-07, "tolerance": 0.00024290048737005734, "status": "pass" }, { "entry": "qft_n20_x699051", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.7226464532387765e-15, "tolerance": 3.5439056466588695e-13, "status": "pass" }, { "entry": "qft_n20_x699051", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "qft_n20_x699051", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.97244063002981e-15, "tolerance": 1.0858993604076065e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.107431643939771e-15, "global_phase": 7.421226953046857e-16, "seconds": 0.039943708 }, { "entry": "qft_n20_x699051", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.275861307636935e-16, "tolerance": 5.678110370889725e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.00412935027964e-15, "global_phase": 1.86739199820836e-15, "seconds": 0.266366583 }, { "entry": "qft_n20_x699051", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5864448575450942e-15, "tolerance": 1.0858993604076065e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 1.7046056133769967e-15, "global_phase": 6.23596833799766e-16, "seconds": 1.8560807909962023 }, { "entry": "qft_n20_x699051", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.1495264469813283e-15, "tolerance": 1.103552378378184e-09, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.1570598672290006e-15, "global_phase": -1.3181989243841674e-16, "seconds": 0.14887279200047487 }, { "entry": "qft_n20_x699051", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.0871544795615263e-07, "tolerance": 0.00030217648450041616, "status": "pass", "note": "single precision, fusion width 2", "strict": 5.270324857221523e-07, "global_phase": -4.2715100557514845e-07, "seconds": 0.32405062500038184 }, { "entry": "qft_n20_x699051", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 5.205398734050994e-10, "tolerance": 0.00024290048736961325, "status": "pass", "note": "planned exact" }, { "entry": "qft_n22_x2796203", "engine": "exact", "quantity": "integer reference against the closed form, units of 2^-256", "measured": 6, "tolerance": 1099511627776, "status": "pass" }, { "entry": "qft_n22_x2796203", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3012926521814819e-06, "tolerance": 0.0005848031137767999, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.3013076271562202e-06, "global_phase": -6.242905745387148e-09 }, { "entry": "qft_n22_x2796203", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 1.3013076271562202e-06, "tolerance": 0.0005848031137776881, "status": "pass" }, { "entry": "qft_n22_x2796203", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.823485536426007e-15, "tolerance": 4.2058423858452343e-13, "status": "pass" }, { "entry": "qft_n22_x2796203", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": null, "tolerance": null, "status": "not run", "note": "not rerun: 298 ops on 2^22 amplitudes is past the referee's 2^30 updates" }, { "entry": "qft_n22_x2796203", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.0449918133377926e-15, "tolerance": 1.2974381968509213e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.2144228777082448e-15, "global_phase": 8.495158413467456e-16, "seconds": 0.215212 }, { "entry": "qft_n22_x2796203", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.287452739071652e-16, "tolerance": 6.779467985940458e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.1880561851746512e-15, "global_phase": 2.0631335863775324e-15, "seconds": 1.27500725 }, { "entry": "qft_n22_x2796203", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.9548617052933092e-15, "tolerance": 1.2974381968509213e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 2.057133350398501e-15, "global_phase": 6.405570501520521e-16, "seconds": 5.868829291997827 }, { "entry": "qft_n22_x2796203", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.2584925556015135e-15, "tolerance": 1.4440403839002744e-09, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 1.2599815194476403e-15, "global_phase": -6.123656460935535e-17, "seconds": 0.5574146660001134 }, { "entry": "qft_n22_x2796203", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.968827704568801e-07, "tolerance": 0.0003610632735319719, "status": "pass", "note": "single precision, fusion width 2", "strict": 5.559137327032977e-07, "global_phase": -4.7000071752263596e-07, "seconds": 1.6150164580030832 }, { "entry": "qft_n22_x2796203", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 4.490131113561574e-10, "tolerance": 0.000584803113777244, "status": "pass", "note": "planned exact" }, { "entry": "clifford_t_n16_d12", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 4.762094011036892e-08, "tolerance": 3.308318841888991e-05, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 4.762150929046824e-08, "global_phase": 2.3283063585560993e-10 }, { "entry": "clifford_t_n16_d12", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 4.762150929046824e-08, "tolerance": 3.3083188419778086e-05, "status": "pass" }, { "entry": "clifford_t_n16_d12", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 3.353198772513824e-15, "tolerance": 3.290397959310923e-13, "status": "pass" }, { "entry": "clifford_t_n16_d12", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "clifford_t_n16_d12", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.957307770002288e-15, "tolerance": 1.0953010864717523e-12, "status": "pass", "note": "double precision, fusion width 3", "strict": 2.95730818881486e-15, "global_phase": -1.5738854852903396e-18, "seconds": 0.07575475 }, { "entry": "clifford_t_n16_d12", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.006536630002818e-15, "tolerance": 5.727059598225261e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.288242699235839e-15, "global_phase": 1.0999388178726373e-15, "seconds": 0.024607792 }, { "entry": "clifford_t_n16_d12", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.8315548517359688e-15, "tolerance": 1.0953010864717523e-12, "status": "pass", "note": "double precision, gate by gate", "strict": 1.8381827121466283e-15, "global_phase": -1.559567514318227e-16, "seconds": 0.8669197919953149 }, { "entry": "clifford_t_n16_d12", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.28696051744263e-16, "tolerance": 9.011946784956659e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 6.28696051744263e-16, "global_phase": -1.7852995870172214e-77, "seconds": 0.021039416002167854 }, { "entry": "clifford_t_n16_d12", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 6.805892660928501e-07, "tolerance": 0.00030479352805086457, "status": "pass", "note": "single precision, fusion width 2", "strict": 7.906764696718622e-07, "global_phase": 4.024520292879198e-07, "seconds": 0.01269483299984131 }, { "entry": "clifford_t_n16_d12", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 3.711174036789973e-10, "tolerance": 3.3083188419334e-05, "status": "pass", "note": "planned exact" }, { "entry": "rotations_n18", "engine": "wai.exact", "quantity": "refuses, as listed: an angle no grid of 2^32 holds within 10^-14 of a turn", "measured": "the angle 1.586539928488264 is not a dyadic multiple of 2\u03c0 (2\u03c0m/2^k, k \u2264 32) [Q500]", "tolerance": "[Q500]", "status": "refused" }, { "entry": "rotations_n18", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3033925935652494e-15, "tolerance": 7.474372220984892e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.5290333069410265e-15, "global_phase": 7.994439322268095e-16, "seconds": 0.089308333 }, { "entry": "rotations_n18", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 2.0094412556872907e-15, "tolerance": 3.915938186813599e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 2.1447820258105e-15, "global_phase": 7.498238314308741e-16, "seconds": 0.066982167 }, { "entry": "rotations_n18", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.5561059468662687e-15, "tolerance": 7.474372220984892e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 1.7478100633182747e-15, "global_phase": 7.958481636367984e-16, "seconds": 1.1081928749990766 }, { "entry": "rotations_n18", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 7.492380874640318e-15, "tolerance": 6.872831715453544e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 7.55002288113186e-15, "global_phase": 9.31168263494095e-16, "seconds": 19.434329290997994 }, { "entry": "rotations_n18", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.3636336308662264e-05, "tolerance": 0.00020797202838059188, "status": "pass", "note": "single precision, fusion width 2", "strict": 1.363675051633355e-05, "global_phase": -1.0628531322023596e-07, "seconds": 0.025572708997060545, "adapter": [ "U as a matrix" ] }, { "entry": "rotations_n18", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error", "measured": 1.6548485786960854e-17, "tolerance": 7.474372220984892e-13, "status": "pass", "note": "planned statevector" }, { "entry": "dyadic_n20_k16", "engine": "wai.exact", "quantity": "distance from the exact state, modulo a global phase", "measured": 8.619608828312757e-06, "tolerance": 0.0014508344217154716, "status": "pass", "note": "the extension's published bound (quantum-sim.md section 5), summed over the op-log the engine ran", "strict": 1.8648628356943628, "global_phase": 2.402165957227503 }, { "entry": "dyadic_n20_k16", "engine": "wai.exact", "quantity": "distance from the exact state, with the global phase its result states", "measured": 8.619631344444435e-06, "tolerance": 0.0014508344217163598, "status": "pass" }, { "entry": "dyadic_n20_k16", "engine": "wai.exact", "quantity": "the op-log is the circuit: the op-log's ideal state against the circuit's, modulo a global phase", "measured": 1.16437859422506e-14, "tolerance": 1.4627825087939976e-12, "status": "pass" }, { "entry": "dyadic_n20_k16", "engine": "wai.exact", "quantity": "state hash, recomputed by the referee from the op-log and from the integers written", "measured": null, "tolerance": null, "status": "not run", "note": "not rerun: 1038 ops on 2^20 amplitudes is past the referee's 2^30 updates" }, { "entry": "dyadic_n20_k16", "engine": "wai.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 1.317721865290717e-15, "tolerance": 6.957277287457276e-13, "status": "pass", "note": "double precision, fusion width 3", "strict": 1.3237028430254587e-15, "global_phase": -1.2569129790258115e-16, "seconds": 0.038765417 }, { "entry": "dyadic_n20_k16", "engine": "aer.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.78090823969526e-16, "tolerance": 3.6467174364691825e-12, "status": "pass", "note": "double precision, fusion up to 5 qubits from 14 qubits", "strict": 1.0079269817172614e-15, "global_phase": -2.4342378795073084e-16, "seconds": 0.226506209 }, { "entry": "dyadic_n20_k16", "engine": "quimb.dense", "quantity": "distance from the exact state, modulo a global phase", "measured": 9.786997234958451e-16, "tolerance": 6.957277287457276e-13, "status": "pass", "note": "double precision, gate by gate", "strict": 9.976102002765358e-16, "global_phase": -1.9332088072669834e-16, "seconds": 1.0372357079977519 }, { "entry": "dyadic_n20_k16", "engine": "ddsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 3.410312205888721e-15, "tolerance": 7.07037887165698e-10, "status": "pass", "note": "decision-diagram edge weights merged within 2^-42", "strict": 3.4145325331797573e-15, "global_phase": 1.6971469738764285e-16, "seconds": 0.16211441699852003 }, { "entry": "dyadic_n20_k16", "engine": "qsim.statevector", "quantity": "distance from the exact state, modulo a global phase", "measured": 0.0002324430060700741, "tolerance": 0.00019358124228772427, "status": "known", "note": "single precision, fusion width 2 | known: qsim 0.22.1 (single precision, gates fused to two qubits, one thread), on 148 rotations by m/2^16 of a turn and cz gates on 20 qubits, gives a state 2.3e-4 from the exact one, past the single-precision bound of 1.9e-4 that 148 gates allow (tools/tolerance.py), and almost all of it is the norm: 1.00023. Its run of the first 60 gates has a norm larger than its run of 59 by 6e-5, where the 60th gate applied by hand in single precision to the 59 gates' state moves the norm by under 10^-6. Cirq 1.7.0's own complex64 simulator gives the same distance. On 16 qubits the same construction stays within its bound. Each is a case of the reproducer, which builds the circuit with the corpus's own adapter.", "strict": 0.00023244308909044345, "global_phase": -1.9643331259775935e-07, "seconds": 0.10736520800128346, "right": "the integer reference: every double-precision engine and the bit-exact method met it within their bounds on this circuit (the results files), and the same construction on 16 qubits meets the single-precision bound." }, { "entry": "dyadic_n20_k16", "engine": "wai.auto", "quantity": "chosen amplitudes through the job path, worst error, with the global phase the result states", "measured": 1.3766876662507338e-08, "tolerance": 0.0014508344217159157, "status": "pass", "note": "planned exact" }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 5.016122695311838e-17, "tolerance": 3.022966065193739e-11, "status": "pass", "note": "bound 0, 3135 terms at the peak, at most 108 rotations", "seconds": 0.032170958 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 1.0242120904028088e-17, "tolerance": 4.136985254760564e-11, "status": "pass", "note": "bound 0, 4095 terms at the peak, at most 108 rotations", "seconds": 0.032170958 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": "<-0.75 Y3 Y4> within its truncation bound and rounding of the integer state's, threshold 0", "measured": 5.81742123452784e-17, "tolerance": 3.102738941070423e-11, "status": "pass", "note": "bound 0, 4095 terms at the peak, at most 108 rotations", "seconds": 0.032170958 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": "<-0.75 Y3 Y4>: the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 1.0549682729556625e-16, "tolerance": 4.118764103416826e-11, "status": "pass", "note": "bound 0, 4080 terms at the peak, at most 108 rotations", "seconds": 0.032170958 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 0.04153960683954205, "tolerance": 20.852626393759476, "status": "pass", "note": "bound 20.9, 824 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 0.0003266016295680794, "tolerance": 1.2935347937674175, "status": "pass", "note": "bound 1.29, 2071 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.0001", "measured": 3.7347908188578385e-05, "tolerance": 0.07310871913424812, "status": "pass", "note": "bound 0.0731, 2775 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 1e-05", "measured": 3.684126057536961e-08, "tolerance": 0.0018126371278016445, "status": "pass", "note": "bound 0.00181, 3086 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 0.01593268740938412, "tolerance": 45.640163126045614, "status": "pass", "note": "bound 45.6, 825 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 0.005102953034601464, "tolerance": 6.317829450785974, "status": "pass", "note": "bound 6.32, 3161 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.0001", "measured": 0.0002466498256517116, "tolerance": 0.22582164497636423, "status": "pass", "note": "bound 0.226, 4001 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 1e-05", "measured": 1.1453364550559616e-06, "tolerance": 0.005187360080459115, "status": "pass", "note": "bound 0.00519, 4093 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": "<-0.75 Y3 Y4> within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 0.02180354635690981, "tolerance": 40.568637334559945, "status": "pass", "note": "bound 40.6, 817 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": "<-0.75 Y3 Y4> within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 0.004552349734593761, "tolerance": 4.287726142103236, "status": "pass", "note": "bound 4.29, 3560 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": "<-0.75 Y3 Y4> within its truncation bound and rounding of the integer state's, threshold 0.0001", "measured": 0.0002556071150717236, "tolerance": 0.12493572322278611, "status": "pass", "note": "bound 0.125, 4034 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": "<-0.75 Y3 Y4> within its truncation bound and rounding of the integer state's, threshold 1e-05", "measured": 1.0000582769922996e-05, "tolerance": 0.0026209648886536523, "status": "pass", "note": "bound 0.00262, 4086 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 0.09086964011144807, "tolerance": 63.27657603880137, "status": "pass", "note": "bound 63.3, 1003 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 0.0039030246632901417, "tolerance": 7.475909510687922, "status": "pass", "note": "bound 7.48, 3567 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.0001", "measured": 9.050436454141055e-05, "tolerance": 0.3292264136973004, "status": "pass", "note": "bound 0.329, 4028 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_rotations_n6", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 1e-05", "measured": 3.818827049631409e-06, "tolerance": 0.00814111338602442, "status": "pass", "note": "bound 0.00814, 4076 terms at the peak, at most 108 rotations", "seconds": 0.056218333 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 1.1572056924803278e-76, "tolerance": 4.0967229608668276e-14, "status": "pass", "note": "bound 0, 1 terms at the peak, at most 23 rotations", "seconds": 0.004031125 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 1.195145096351886e-77, "tolerance": 3.836930773104541e-13, "status": "pass", "note": "bound 0, 64 terms at the peak, at most 23 rotations", "seconds": 0.004031125 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 8.728231595411243e-77, "tolerance": 5.809342097129968e-14, "status": "pass", "note": "bound 0, 2 terms at the peak, at most 23 rotations", "seconds": 0.004031125 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 0.0, "tolerance": 9.83684766073877e-13, "status": "pass", "note": "bound 0, 224 terms at the peak, at most 23 rotations", "seconds": 0.004031125 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 1.1572056924803278e-76, "tolerance": 4.0967229608668276e-14, "status": "pass", "note": "bound 0, 1 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 1.1572056924803278e-76, "tolerance": 4.0967229608668276e-14, "status": "pass", "note": "bound 0, 1 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.0001", "measured": 1.1572056924803278e-76, "tolerance": 4.0967229608668276e-14, "status": "pass", "note": "bound 0, 1 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 1e-05", "measured": 1.1572056924803278e-76, "tolerance": 4.0967229608668276e-14, "status": "pass", "note": "bound 0, 1 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 1.195145096351886e-77, "tolerance": 3.836930773104541e-13, "status": "pass", "note": "bound 0, 64 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 1.195145096351886e-77, "tolerance": 3.836930773104541e-13, "status": "pass", "note": "bound 0, 64 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.0001", "measured": 1.195145096351886e-77, "tolerance": 3.836930773104541e-13, "status": "pass", "note": "bound 0, 64 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 1e-05", "measured": 1.195145096351886e-77, "tolerance": 3.836930773104541e-13, "status": "pass", "note": "bound 0, 64 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 8.728231595411243e-77, "tolerance": 5.809342097129968e-14, "status": "pass", "note": "bound 0, 2 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 8.728231595411243e-77, "tolerance": 5.809342097129968e-14, "status": "pass", "note": "bound 0, 2 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.0001", "measured": 8.728231595411243e-77, "tolerance": 5.809342097129968e-14, "status": "pass", "note": "bound 0, 2 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 1e-05", "measured": 8.728231595411243e-77, "tolerance": 5.809342097129968e-14, "status": "pass", "note": "bound 0, 2 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 0.0, "tolerance": 5.938954507345631e-13, "status": "pass", "note": "bound 3.96e-16, 120 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 0.0, "tolerance": 5.938954507345631e-13, "status": "pass", "note": "bound 3.96e-16, 120 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.0001", "measured": 0.0, "tolerance": 5.938954507345631e-13, "status": "pass", "note": "bound 3.96e-16, 120 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_clifford_t_n10", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 1e-05", "measured": 0.0, "tolerance": 5.938954507345631e-13, "status": "pass", "note": "bound 3.96e-16, 120 terms at the peak, at most 23 rotations", "seconds": 0.008313625 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 3.400617237193491e-16, "tolerance": 1.2183600684834281e-11, "status": "pass", "note": "bound 0, 1430 terms at the peak, at most 92 rotations", "seconds": 0.013984834 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 1.1229827932163488e-16, "tolerance": 4.4056478706947426e-11, "status": "pass", "note": "bound 0, 4466 terms at the peak, at most 92 rotations", "seconds": 0.013984834 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 1.6332503796725896e-17, "tolerance": 1.3642420526593924e-12, "status": "pass", "note": "bound 0, 64 terms at the peak, at most 92 rotations", "seconds": 0.013984834 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 0.009258249392870684, "tolerance": 0.25104488180216095, "status": "pass", "note": "bound 0.251, 51 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 0.0013966746548881373, "tolerance": 0.0619213743293392, "status": "pass", "note": "bound 0.0619, 126 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.0001", "measured": 0.00015441104293301844, "tolerance": 0.0038069947833124576, "status": "pass", "note": "bound 0.00381, 317 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 1e-05", "measured": 7.186828985379701e-06, "tolerance": 0.0004872828962659119, "status": "pass", "note": "bound 0.000487, 459 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 0.006689946350965036, "tolerance": 1.943513677991279, "status": "pass", "note": "bound 1.94, 192 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 0.000676160308032274, "tolerance": 0.2721550491454202, "status": "pass", "note": "bound 0.272, 694 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.0001", "measured": 6.816909511182673e-05, "tolerance": 0.019641351627867353, "status": "pass", "note": "bound 0.0196, 1258 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 1e-05", "measured": 5.953764072029578e-06, "tolerance": 0.000734346905428926, "status": "pass", "note": "bound 0.000734, 1685 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 1.6332503796725896e-17, "tolerance": 0.14003223426279382, "status": "pass", "note": "bound 0.14, 25 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 1.6332503796725896e-17, "tolerance": 0.00045995705639790505, "status": "pass", "note": "bound 0.00046, 63 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.0001", "measured": 1.6332503796725896e-17, "tolerance": 1.3645118985506777e-12, "status": "pass", "note": "bound 2.7e-16, 64 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_kicked_ising_n12", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 1e-05", "measured": 1.6332503796725896e-17, "tolerance": 1.3645118985506777e-12, "status": "pass", "note": "bound 2.7e-16, 64 terms at the peak, at most 92 rotations", "seconds": 0.011588083 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 7.458936758882607e-16, "tolerance": 3.7307299912158534e-11, "status": "pass", "note": "bound 0, 4176 terms at the peak, at most 64 rotations", "seconds": 0.008990291 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 9.868099272423804e-17, "tolerance": 2.1231811854332395e-10, "status": "pass", "note": "bound 0, 14732 terms at the peak, at most 64 rotations", "seconds": 0.008990291 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0", "measured": 3.804952210478596e-17, "tolerance": 2.8070687040620743e-10, "status": "pass", "note": "bound 0, 17883 terms at the peak, at most 64 rotations", "seconds": 0.008990291 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": ": the truncation bound at threshold 0, where only exact zeros drop", "measured": 0.0, "tolerance": 0.0, "status": "pass" }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.1", "measured": 0.23897699148419368, "tolerance": 2.0815781900780053, "status": "pass", "note": "bound 2.08, 14 terms at the peak, at most 64 rotations", "seconds": 0.009938625 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 0.007373703610395185, "tolerance": 0.4150163999534116, "status": "pass", "note": "bound 0.415, 80 terms at the peak, at most 64 rotations", "seconds": 0.009938625 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 0.0007179444436735856, "tolerance": 0.20441667918494438, "status": "pass", "note": "bound 0.204, 268 terms at the peak, at most 64 rotations", "seconds": 0.009938625 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.1", "measured": 0.022940423671673135, "tolerance": 10.903762867803671, "status": "pass", "note": "bound 10.9, 23 terms at the peak, at most 64 rotations", "seconds": 0.009938625 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 0.011229656078564578, "tolerance": 4.97439647764766, "status": "pass", "note": "bound 4.97, 313 terms at the peak, at most 64 rotations", "seconds": 0.009938625 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 0.0009225935360801117, "tolerance": 0.7984085882209306, "status": "pass", "note": "bound 0.798, 930 terms at the peak, at most 64 rotations", "seconds": 0.009938625 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.1", "measured": 0.008026884703476168, "tolerance": 9.189135693870591, "status": "pass", "note": "bound 9.19, 19 terms at the peak, at most 64 rotations", "seconds": 0.009938625 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.01", "measured": 0.002669246567753643, "tolerance": 6.010093981080778, "status": "pass", "note": "bound 6.01, 290 terms at the peak, at most 64 rotations", "seconds": 0.009938625 }, { "entry": "pauli_dyadic_n8", "engine": "wai.pauli", "quantity": " within its truncation bound and rounding of the integer state's, threshold 0.001", "measured": 0.0017698324251209862, "tolerance": 1.4620656519391917, "status": "pass", "note": "bound 1.46, 1442 terms at the peak, at most 64 rotations", "seconds": 0.009938625 }, { "entry": "stabrank_clifford_t_n5", "engine": "wai.stabrank", "quantity": "amplitudes of the exact sum against the integer state, worst error, with the circuit's phase (7 T gates)", "measured": 1.593587690297802e-16, "tolerance": 7.149975150527094e-15, "status": "pass", "note": "class exact, 128 terms", "seconds": 0.003627167 }, { "entry": "stabrank_clifford_t_n5", "engine": "wai.stabrank", "quantity": " of the exact sum (the sandwich of 14 T gates) against the integer state's", "measured": 6.661338147750939e-16, "tolerance": 1.7265028514481202e-14, "status": "pass" }, { "entry": "stabrank_clifford_t_n5", "engine": "wai.stabrank", "quantity": " of the exact sum (the sandwich of 14 T gates) against the integer state's", "measured": 0.0, "tolerance": 1.7154006212018687e-14, "status": "pass" }, { "entry": "stabrank_clifford_t_n5", "engine": "wai.stabrank", "quantity": " of the exact sum (the sandwich of 14 T gates) against the integer state's", "measured": 0.0, "tolerance": 1.7154006212018687e-14, "status": "pass" }, { "entry": "stabrank_toffoli_n4", "engine": "wai.stabrank", "quantity": "amplitudes of the exact sum against the integer state, worst error, with the circuit's phase (15 T gates)", "measured": 2.221174598089763e-16, "tolerance": 1.85673625276563e-14, "status": "pass", "note": "class exact, 32768 terms", "seconds": 0.017769958 }, { "entry": "stabrank_clifford_t_n8", "engine": "wai.stabrank", "quantity": "amplitudes of the exact sum against the integer state, worst error, with the circuit's phase (12 T gates)", "measured": 1.231064191043318e-16, "tolerance": 1.521605075921395e-14, "status": "pass", "note": "class exact, 4096 terms", "seconds": 0.045959582 }, { "entry": "stabrank_clifford_t_n8", "engine": "wai.stabrank", "quantity": " of the exact sum (the sandwich of 24 T gates) against the integer state's", "measured": 0.0, "tolerance": 5.71653218363023e-14, "status": "pass" }, { "entry": "cutrank_n8", "engine": "wai.cutrank", "quantity": "256 amplitudes against the integer state, 2-norm modulo a global phase", "measured": 5.682090630474058e-16, "tolerance": 2.5579538487363607e-12, "status": "pass", "note": "class exact, widest cut 2", "strict": 5.944584246211785e-16, "seconds": 0.778676375 }, { "entry": "cutrank_n12", "engine": "wai.cutrank", "quantity": "247 amplitudes against the integer state, 2-norm modulo a global phase", "measured": 1.450751048356628e-16, "tolerance": 1.4963854571428424e-11, "status": "pass", "note": "class exact, widest cut 3", "strict": 1.477955022185145e-16, "seconds": 1.298183042 }, { "entry": "cutrank_n16", "engine": "wai.cutrank", "quantity": "65 amplitudes against the integer state, 2-norm modulo a global phase", "measured": 2.196747065893014e-17, "tolerance": 4.0787480179379307e-11, "status": "pass", "note": "class exact, widest cut 4", "strict": 2.1948090209856587e-17, "seconds": 0.7714985409999999 }, { "entry": "cutrank_n20", "engine": "wai.cutrank", "quantity": "65 amplitudes against the integer state, 2-norm modulo a global phase", "measured": 6.832361773735352e-18, "tolerance": 2.0347911460274622e-10, "status": "pass", "note": "class exact, widest cut 6", "strict": 6.854300789323039e-18, "seconds": 1.260902666 }, { "entry": "noisy_ghz_n3", "engine": "wai.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 1.900914980978996e-16, "tolerance": 4.154694316390943e-12, "status": "pass", "note": "9 superoperators" }, { "entry": "noisy_ghz_n3", "engine": "wai.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 1.1354207648158384e-16, "tolerance": 4.154694316390943e-12, "status": "pass", "note": "9 superoperators" }, { "entry": "noisy_ghz_n3", "engine": "wai.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 0.0, "tolerance": 4.154694316390943e-12, "status": "pass", "note": "9 superoperators" }, { "entry": "noisy_ghz_n3", "engine": "aer.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 7.906919563538395e-17, "tolerance": 3.720372190324672e-13, "status": "pass" }, { "entry": "noisy_ghz_n3", "engine": "aer.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 2.5197740190681846e-18, "tolerance": 3.720372190324672e-13, "status": "pass" }, { "entry": "noisy_ghz_n3", "engine": "aer.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 1.1102230246251565e-16, "tolerance": 3.720372190324672e-13, "status": "pass" }, { "entry": "noisy_rotations_n3", "engine": "wai.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 1.2435350592267118e-15, "tolerance": 3.046775832020025e-11, "status": "pass", "note": "66 superoperators" }, { "entry": "noisy_rotations_n3", "engine": "wai.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 6.085451137169608e-16, "tolerance": 3.046775832020025e-11, "status": "pass", "note": "66 superoperators" }, { "entry": "noisy_rotations_n3", "engine": "wai.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 3.7671360665912674e-16, "tolerance": 3.046775832020025e-11, "status": "pass", "note": "66 superoperators" }, { "entry": "noisy_clifford_n4", "engine": "wai.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 8.673617379884035e-17, "tolerance": 6.397902831954884e-11, "status": "pass", "note": "98 superoperators" }, { "entry": "noisy_clifford_n4", "engine": "wai.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 0.0, "tolerance": 6.397902831954884e-11, "status": "pass", "note": "98 superoperators" }, { "entry": "noisy_clifford_n4", "engine": "wai.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 0.0, "tolerance": 6.397902831954884e-11, "status": "pass", "note": "98 superoperators" }, { "entry": "noisy_clifford_n4", "engine": "wai.density_matrix", "quantity": " under noise against the integer density matrix's", "measured": 5.898059818321144e-17, "tolerance": 6.397902831954884e-11, "status": "pass", "note": "98 superoperators" }, { "entry": "mitigate_zne_ghz_n3", "engine": "wai.mitigate", "quantity": "zne: the ideal it states, against the integer state's", "measured": 2.220446049250313e-16, "tolerance": 1.4684768200494574e-13, "status": "pass" }, { "entry": "mitigate_zne_ghz_n3", "engine": "wai.mitigate", "quantity": "zne: the ideal it states, against the integer state's", "measured": 2.220446049250313e-16, "tolerance": 1.4684768200494574e-13, "status": "pass" }, { "entry": "mitigate_vd_n2", "engine": "wai.mitigate", "quantity": "vd: the ideal it states, against the integer state's", "measured": 9.337725537817898e-17, "tolerance": 1.4684768200494574e-13, "status": "pass" }, { "entry": "mitigate_vd_n2", "engine": "wai.mitigate", "quantity": "vd: the ideal it states, against the integer state's", "measured": 9.337725537817898e-17, "tolerance": 1.4684768200494574e-13, "status": "pass" }, { "entry": "mitigate_vd_n2", "engine": "wai.mitigate", "quantity": "vd: the purity Tr(\u03c1\u00b2) it states, against the integer density matrix's", "measured": 1.9769147124593541e-16, "tolerance": 2.9395888817166433e-12, "status": "pass" }, { "entry": "pulse_rabi", "engine": "wai.pulse", "quantity": "P(1) against the closed form, within the bound the run states", "measured": 9.153974951123666e-17, "tolerance": 1.7492673983553573e-12, "status": "pass", "note": "closed form 0.476446774645; 101", "seconds": 0.001775625 }, { "entry": "pulse_rabi", "engine": "wai.pulse", "quantity": "P(0) against the closed form, within the bound the run states", "measured": 1.4705090074249448e-16, "tolerance": 1.7492673983553573e-12, "status": "pass", "note": "closed form 0.523553225355; 101", "seconds": 0.001775625 }, { "entry": "pulse_detuned", "engine": "wai.pulse", "quantity": "P(1) against the closed form, within the bound the run states", "measured": 1.7508441153107518e-15, "tolerance": 1.3336004707279506e-12, "status": "pass", "note": "closed form 0.322507491719; 77", "seconds": 0.001055208 }, { "entry": "pulse_detuned", "engine": "wai.pulse", "quantity": "P(0) against the closed form, within the bound the run states", "measured": 1.0247134462521396e-15, "tolerance": 1.3336004707279506e-12, "status": "pass", "note": "closed form 0.677492508281; 77", "seconds": 0.001055208 }, { "entry": "pulse_two_axes", "engine": "wai.pulse", "quantity": "P(1) against the closed form, within the bound the run states", "measured": 1.190178879845403e-16, "tolerance": 1.731947918458705e-12, "status": "pass", "note": "closed form 0.609254006112; 100", "seconds": 0.001131875 }, { "entry": "pulse_two_axes", "engine": "wai.pulse", "quantity": "P(0) against the closed form, within the bound the run states", "measured": 1.1577385903343897e-15, "tolerance": 1.731947918458705e-12, "status": "pass", "note": "closed form 0.390745993888; 100", "seconds": 0.001131875 }, { "entry": "pulse_explicit", "engine": "wai.pulse", "quantity": "P(1) against the closed form, within the bound the run states", "measured": 2.1659433187771764e-17, "tolerance": 1.3856648124978525e-13, "status": "pass", "note": "closed form 0.073679917823; 8", "seconds": 0.00072025 }, { "entry": "pulse_explicit", "engine": "wai.pulse", "quantity": "P(0) against the closed form, within the bound the run states", "measured": 1.326817356502874e-16, "tolerance": 1.3856648124978525e-13, "status": "pass", "note": "closed form 0.926320082177; 8", "seconds": 0.00072025 }, { "entry": "decode_repetition_d3", "engine": "wai.matching", "quantity": "predictions not a least-weight correction's, largest excess weight in units of its rounding (129 syndromes)", "measured": 0.0, "tolerance": 1.0, "status": "pass", "seconds": 0.003732125 }, { "entry": "decode_repetition_d3", "engine": "wai.union_find", "quantity": "predictions that are a least-weight correction's, of 129 syndromes (no claim of least weight)", "measured": 129, "tolerance": null, "status": "info", "seconds": 0.003495583 }, { "entry": "decode_repetition_d3", "engine": "wai.union_find", "quantity": "single edges of the graph not corrected exactly, of 21", "measured": 0, "tolerance": 0, "status": "pass" }, { "entry": "decode_surface_z_d3", "engine": "wai.matching", "quantity": "predictions not a least-weight correction's, largest excess weight in units of its rounding (2494 syndromes)", "measured": 0.0, "tolerance": 1.0, "status": "pass", "seconds": 0.376024958 }, { "entry": "decode_surface_z_d3", "engine": "wai.union_find", "quantity": "predictions that are a least-weight correction's, of 2494 syndromes (no claim of least weight)", "measured": 2434, "tolerance": null, "status": "info", "seconds": 0.282201375 }, { "entry": "decode_surface_z_d3", "engine": "wai.union_find", "quantity": "single edges of the graph not corrected exactly, of 106", "measured": 0, "tolerance": 0, "status": "pass" }, { "entry": "decode_surface_z_d5", "engine": "wai.matching", "quantity": "predictions not a least-weight correction's, largest excess weight in units of its rounding (6492 syndromes)", "measured": 0.0, "tolerance": 1.0, "status": "pass", "seconds": 7.391096167 }, { "entry": "decode_surface_z_d5", "engine": "wai.union_find", "quantity": "predictions that are a least-weight correction's, of 6492 syndromes (no claim of least weight)", "measured": 6485, "tolerance": null, "status": "info", "seconds": 7.316121583 }, { "entry": "decode_surface_z_d5", "engine": "wai.union_find", "quantity": "single edges of the graph not corrected exactly, of 576", "measured": 0, "tolerance": 0, "status": "pass" }, { "entry": "bit_order_named_bits", "engine": "wai.auto", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.0, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "bit_order_named_bits", "engine": "wai.auto", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0, "tolerance": 0.11032648469498849, "status": "pass" }, { "entry": "bit_order_named_bits", "engine": "wai.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.0, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "bit_order_named_bits", "engine": "wai.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0, "tolerance": 0.11032648469498849, "status": "pass" }, { "entry": "bit_order_named_bits", "engine": "aer.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.0, "tolerance": 1.0, "status": "pass" }, { "entry": "bit_order_named_bits", "engine": "aer.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0, "tolerance": 0.11032648469498849, "status": "pass" }, { "entry": "bit_order_named_bits", "engine": "ddsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.0, "tolerance": 1.0, "status": "pass" }, { "entry": "bit_order_named_bits", "engine": "ddsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0, "tolerance": 0.11032648469498849, "status": "pass" }, { "entry": "bit_order_named_bits", "engine": "qsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.0, "tolerance": 1.0, "status": "pass" }, { "entry": "bit_order_named_bits", "engine": "qsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0, "tolerance": 0.11032648469498849, "status": "pass" }, { "entry": "bit_order_named_bits", "engine": "wai.stabilizer", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.0, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "bit_order_named_bits", "engine": "wai.stabilizer", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0, "tolerance": 0.11032648469498849, "status": "pass" }, { "entry": "bit_order_named_bits", "engine": "stim.tableau", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.0, "tolerance": 1.0, "status": "pass" }, { "entry": "bit_order_named_bits", "engine": "stim.tableau", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0, "tolerance": 0.11032648469498849, "status": "pass" }, { "entry": "ghz_counts_n8", "engine": "wai.auto", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.021910667869413366, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "ghz_counts_n8", "engine": "wai.auto", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.00048000000000003595, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "ghz_counts_n8", "engine": "wai.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2054125112757503, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "ghz_counts_n8", "engine": "wai.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0044999999999999485, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "ghz_counts_n8", "engine": "aer.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.058428447651768974, "tolerance": 1.0, "status": "pass" }, { "entry": "ghz_counts_n8", "engine": "aer.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0012799999999999478, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "ghz_counts_n8", "engine": "ddsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.058428447651768974, "tolerance": 1.0, "status": "pass" }, { "entry": "ghz_counts_n8", "engine": "ddsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0012799999999999478, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "ghz_counts_n8", "engine": "qsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.13876756317295133, "tolerance": 1.0, "status": "pass" }, { "entry": "ghz_counts_n8", "engine": "qsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.003039999999999987, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "ghz_counts_n8", "engine": "wai.stabilizer", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.021910667869413366, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "ghz_counts_n8", "engine": "wai.stabilizer", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.00048000000000003595, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "ghz_counts_n8", "engine": "stim.tableau", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.28757751578605045, "tolerance": 1.0, "status": "pass" }, { "entry": "ghz_counts_n8", "engine": "stim.tableau", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.006299999999999972, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "qft_counts_n8", "engine": "wai.auto", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.4464631240760117, "tolerance": 1.0, "status": "pass", "planned": "exact" }, { "entry": "qft_counts_n8", "engine": "wai.auto", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.029392500000000002, "tolerance": 0.04484377297831808, "status": "pass" }, { "entry": "qft_counts_n8", "engine": "wai.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.3989404386001337, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "qft_counts_n8", "engine": "wai.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.026119999999999997, "tolerance": 0.04484377297831808, "status": "pass" }, { "entry": "qft_counts_n8", "engine": "aer.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.4439619301035971, "tolerance": 1.0, "status": "pass" }, { "entry": "qft_counts_n8", "engine": "aer.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.027297500000000002, "tolerance": 0.04484377297831808, "status": "pass" }, { "entry": "qft_counts_n8", "engine": "ddsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.40394282654496294, "tolerance": 1.0, "status": "pass" }, { "entry": "qft_counts_n8", "engine": "ddsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0277775, "tolerance": 0.04484377297831808, "status": "pass" }, { "entry": "qft_counts_n8", "engine": "qsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.45146551202084095, "tolerance": 1.0, "status": "pass" }, { "entry": "qft_counts_n8", "engine": "qsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.028140000000000002, "tolerance": 0.04484377297831808, "status": "pass" }, { "entry": "grover_counts_n5", "engine": "wai.auto", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.13846644753508847, "tolerance": 1.0, "status": "pass", "planned": "exact" }, { "entry": "grover_counts_n5", "engine": "wai.auto", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0004568152105807719, "tolerance": 0.030275874569586046, "status": "pass" }, { "entry": "grover_counts_n5", "engine": "wai.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.12236902499920345, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "grover_counts_n5", "engine": "wai.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.00034318478941921713, "tolerance": 0.030275874569586046, "status": "pass" }, { "entry": "grover_counts_n5", "engine": "aer.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2487706970649059, "tolerance": 1.0, "status": "pass" }, { "entry": "grover_counts_n5", "engine": "aer.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0006342001330852628, "tolerance": 0.030275874569586046, "status": "pass" }, { "entry": "grover_counts_n5", "engine": "ddsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2023782318068922, "tolerance": 1.0, "status": "pass" }, { "entry": "grover_counts_n5", "engine": "ddsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0004568152105808429, "tolerance": 0.030275874569586046, "status": "pass" }, { "entry": "grover_counts_n5", "engine": "qsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2660402775831857, "tolerance": 1.0, "status": "pass" }, { "entry": "grover_counts_n5", "engine": "qsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0005568152105808064, "tolerance": 0.030275874569586046, "status": "pass" }, { "entry": "rotations_counts_n6", "engine": "wai.auto", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.36706374189740976, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "rotations_counts_n6", "engine": "wai.auto", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.012450634507322185, "tolerance": 0.026079137030504594, "status": "pass" }, { "entry": "rotations_counts_n6", "engine": "wai.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.36706374189740976, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "rotations_counts_n6", "engine": "wai.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.012450634507322185, "tolerance": 0.026079137030504594, "status": "pass" }, { "entry": "rotations_counts_n6", "engine": "aer.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.4461379691709574, "tolerance": 1.0, "status": "pass" }, { "entry": "rotations_counts_n6", "engine": "aer.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.012876127428279404, "tolerance": 0.026079137030504594, "status": "pass" }, { "entry": "rotations_counts_n6", "engine": "ddsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.4508528423391951, "tolerance": 1.0, "status": "pass" }, { "entry": "rotations_counts_n6", "engine": "ddsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.012541463911141299, "tolerance": 0.026079137030504594, "status": "pass" }, { "entry": "rotations_counts_n6", "engine": "qsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.3043369393263514, "tolerance": 1.0, "status": "pass" }, { "entry": "rotations_counts_n6", "engine": "qsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.010360411095587168, "tolerance": 0.026079137030504594, "status": "pass" }, { "entry": "teleport", "engine": "wai.auto", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.28706882286349794, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "teleport", "engine": "wai.auto", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.004056320100807597, "tolerance": 0.01708680681526735, "status": "pass" }, { "entry": "teleport", "engine": "wai.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.28706882286349794, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "teleport", "engine": "wai.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.004056320100807597, "tolerance": 0.01708680681526735, "status": "pass" }, { "entry": "teleport", "engine": "aer.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.25357018601961157, "tolerance": 1.0, "status": "pass" }, { "entry": "teleport", "engine": "aer.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0036836798991923695, "tolerance": 0.01708680681526735, "status": "pass" }, { "entry": "teleport", "engine": "ddsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.21443449618529625, "tolerance": 1.0, "status": "pass" }, { "entry": "teleport", "engine": "ddsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.003113679899192395, "tolerance": 0.01708680681526735, "status": "pass" }, { "entry": "reset_after_superposition", "engine": "wai.auto", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2054125112757503, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "reset_after_superposition", "engine": "wai.auto", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0044999999999999485, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "reset_after_superposition", "engine": "wai.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2054125112757503, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "reset_after_superposition", "engine": "wai.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0044999999999999485, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "reset_after_superposition", "engine": "aer.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2693186258948726, "tolerance": 1.0, "status": "pass" }, { "entry": "reset_after_superposition", "engine": "aer.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.005900000000000016, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "reset_after_superposition", "engine": "ddsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.24832090252001815, "tolerance": 1.0, "status": "pass" }, { "entry": "reset_after_superposition", "engine": "ddsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.005439999999999945, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "reset_after_superposition", "engine": "wai.stabilizer", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2054125112757503, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "reset_after_superposition", "engine": "wai.stabilizer", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0044999999999999485, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "reset_after_superposition", "engine": "stim.tableau", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.28757751578605045, "tolerance": 1.0, "status": "pass" }, { "entry": "reset_after_superposition", "engine": "stim.tableau", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.006299999999999972, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "measure_twice", "engine": "wai.auto", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2054125112757503, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "measure_twice", "engine": "wai.auto", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0044999999999999485, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "measure_twice", "engine": "wai.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2054125112757503, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "measure_twice", "engine": "wai.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0044999999999999485, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "measure_twice", "engine": "aer.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.058428447651768974, "tolerance": 1.0, "status": "pass" }, { "entry": "measure_twice", "engine": "aer.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0012799999999999478, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "measure_twice", "engine": "ddsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 45.64722472794451, "tolerance": 1.0, "status": "known", "note": "10: 49817 shots, probability 0; 11: 0 shots, expected 50000.0 \u00b1 1095.4 | known: MQT DDSIM 2.7.0's qasm_simulator, given h q[0]; c[0] = measure q[0]; c[1] = measure q[0]; with nothing between the two measurements, returns 00 and 10: c[0] is never set. With x in place of h it gives 10 on every shot; with a barrier between the measurements, 00 and 11; with c[1] measured first and c[0] second, ValueError [changePermutation]. Each is a case of the reproducer, with the circuit built in Qiskit 2.6.2.", "right": "the exact reference: a second measurement of a qubit in the same basis repeats the first, so only 00 and 11 occur. Every other engine that ran this program met it (the results files)." }, { "entry": "measure_twice", "engine": "ddsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 1.0, "tolerance": 0.02237722665160587, "status": "known", "note": "known: MQT DDSIM 2.7.0's qasm_simulator, given h q[0]; c[0] = measure q[0]; c[1] = measure q[0]; with nothing between the two measurements, returns 00 and 10: c[0] is never set. With x in place of h it gives 10 on every shot; with a barrier between the measurements, 00 and 11; with c[1] measured first and c[0] second, ValueError [changePermutation]. Each is a case of the reproducer, with the circuit built in Qiskit 2.6.2.", "right": "the exact reference: a second measurement of a qubit in the same basis repeats the first, so only 00 and 11 occur. Every other engine that ran this program met it (the results files)." }, { "entry": "measure_twice", "engine": "wai.stabilizer", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2054125112757503, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "measure_twice", "engine": "wai.stabilizer", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0044999999999999485, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "measure_twice", "engine": "stim.tableau", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.28757751578605045, "tolerance": 1.0, "status": "pass" }, { "entry": "measure_twice", "engine": "stim.tableau", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.006299999999999972, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "feedback_flip", "engine": "wai.auto", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2054125112757503, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "feedback_flip", "engine": "wai.auto", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0044999999999999485, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "feedback_flip", "engine": "wai.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2054125112757503, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "feedback_flip", "engine": "wai.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0044999999999999485, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "feedback_flip", "engine": "aer.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2693186258948726, "tolerance": 1.0, "status": "pass" }, { "entry": "feedback_flip", "engine": "aer.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.005900000000000016, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "feedback_flip", "engine": "ddsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.020997723374854477, "tolerance": 1.0, "status": "pass" }, { "entry": "feedback_flip", "engine": "ddsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.00045999999999996044, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "feedback_flip", "engine": "wai.stabilizer", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2054125112757503, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "feedback_flip", "engine": "wai.stabilizer", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0044999999999999485, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "feedback_flip", "engine": "stim.tableau", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.28757751578605045, "tolerance": 1.0, "status": "pass" }, { "entry": "feedback_flip", "engine": "stim.tableau", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.006299999999999972, "tolerance": 0.02237722665160587, "status": "pass" }, { "entry": "ghz_by_fusion", "engine": "wai.auto", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.15584339543094777, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "ghz_by_fusion", "engine": "wai.auto", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.004500000000000032, "tolerance": 0.022988391849795363, "status": "pass" }, { "entry": "ghz_by_fusion", "engine": "wai.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.15584339543094777, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "ghz_by_fusion", "engine": "wai.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.004500000000000032, "tolerance": 0.022988391849795363, "status": "pass" }, { "entry": "ghz_by_fusion", "engine": "aer.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.35696561521007636, "tolerance": 1.0, "status": "pass" }, { "entry": "ghz_by_fusion", "engine": "aer.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.006779999999999953, "tolerance": 0.022988391849795363, "status": "pass" }, { "entry": "ghz_by_fusion", "engine": "ddsim.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.07581570588532595, "tolerance": 1.0, "status": "pass" }, { "entry": "ghz_by_fusion", "engine": "ddsim.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0026399999999999757, "tolerance": 0.022988391849795363, "status": "pass" }, { "entry": "ghz_by_fusion", "engine": "wai.stabilizer", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.15584339543094777, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "ghz_by_fusion", "engine": "wai.stabilizer", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.004500000000000032, "tolerance": 0.022988391849795363, "status": "pass" }, { "entry": "ghz_by_fusion", "engine": "stim.tableau", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.31273978677696956, "tolerance": 1.0, "status": "pass" }, { "entry": "ghz_by_fusion", "engine": "stim.tableau", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0063, "tolerance": 0.022988391849795363, "status": "pass" }, { "entry": "repeat_until_success", "engine": "wai.auto", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.19166320317800153, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "repeat_until_success", "engine": "wai.auto", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.00488873926376112, "tolerance": 0.01863895763145199, "status": "pass" }, { "entry": "repeat_until_success", "engine": "wai.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.19166320317800153, "tolerance": 1.0, "status": "pass", "planned": "statevector" }, { "entry": "repeat_until_success", "engine": "wai.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.00488873926376112, "tolerance": 0.01863895763145199, "status": "pass" }, { "entry": "repeat_until_success", "engine": "aer.statevector", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.3112314772499858, "tolerance": 1.0, "status": "pass" }, { "entry": "repeat_until_success", "engine": "aer.statevector", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.005489130879203905, "tolerance": 0.01863895763145199, "status": "pass" }, { "entry": "cutrank_counts_n8", "engine": "wai.cutrank", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.38178905215051356, "tolerance": 1.0, "status": "pass", "planned": "cutrank" }, { "entry": "cutrank_counts_n8", "engine": "wai.cutrank", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.03523805189563659, "tolerance": 0.06341867193391755, "status": "pass" }, { "entry": "noisy_ghz_n3", "engine": "wai.density_matrix", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.1925901493776524, "tolerance": 1.0, "status": "pass", "planned": "density_matrix" }, { "entry": "noisy_ghz_n3", "engine": "wai.density_matrix", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0018719999999999909, "tolerance": 0.024164393935800117, "status": "pass" }, { "entry": "noisy_ghz_n3", "engine": "wai.trajectories", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.21322480823954373, "tolerance": 1.0, "status": "pass", "planned": "trajectories" }, { "entry": "noisy_ghz_n3", "engine": "wai.trajectories", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0033919999999999857, "tolerance": 0.024164393935800117, "status": "pass" }, { "entry": "noisy_ghz_n3", "engine": "wai.stabilizer", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.29576344368710905, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "noisy_ghz_n3", "engine": "wai.stabilizer", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.004551999999999995, "tolerance": 0.024164393935800117, "status": "pass" }, { "entry": "noisy_rotations_n3", "engine": "wai.density_matrix", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.11636971277054912, "tolerance": 1.0, "status": "pass", "planned": "density_matrix" }, { "entry": "noisy_rotations_n3", "engine": "wai.density_matrix", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.002829640990796266, "tolerance": 0.024164393935800117, "status": "pass" }, { "entry": "noisy_rotations_n3", "engine": "wai.trajectories", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.4145078810680074, "tolerance": 1.0, "status": "pass", "planned": "trajectories" }, { "entry": "noisy_rotations_n3", "engine": "wai.trajectories", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.007013101101092302, "tolerance": 0.024164393935800117, "status": "pass" }, { "entry": "noisy_clifford_n4", "engine": "wai.density_matrix", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.20625072357609942, "tolerance": 1.0, "status": "pass", "planned": "density_matrix" }, { "entry": "noisy_clifford_n4", "engine": "wai.density_matrix", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.006434823169379824, "tolerance": 0.026359466670896906, "status": "pass" }, { "entry": "noisy_clifford_n4", "engine": "wai.trajectories", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.2777618172659009, "tolerance": 1.0, "status": "pass", "planned": "trajectories" }, { "entry": "noisy_clifford_n4", "engine": "wai.trajectories", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.0035371770763380503, "tolerance": 0.026359466670896906, "status": "pass" }, { "entry": "noisy_clifford_n4", "engine": "wai.stabilizer", "quantity": "largest deviation of an outcome's count, in units of its Bernstein bound", "measured": 0.33873090306346487, "tolerance": 1.0, "status": "pass", "planned": "stabilizer" }, { "entry": "noisy_clifford_n4", "engine": "wai.stabilizer", "quantity": "L1 distance from the exact distribution, \u03a3|count/shots \u2212 p| over every outcome (twice the total variation), against its bound", "measured": 0.00491199818296124, "tolerance": 0.026359466670896906, "status": "pass" }, { "entry": "stabrank_clifford_t_n5", "engine": "wai.stabrank", "quantity": "sampled draws whose stated bound failed (4096 terms, confidence 0.95), against the most a binomial count at that confidence allows", "measured": 0, "tolerance": 7, "status": "pass" }, { "entry": "stabrank_toffoli_n4", "engine": "wai.stabrank", "quantity": "sampled draws whose stated bound failed (20000 terms, confidence 0.95), against the most a binomial count at that confidence allows", "measured": 0, "tolerance": 7, "status": "pass" }, { "entry": "noisy_ghz_n3", "engine": "wai.trajectories", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.00039599999999992, "tolerance": 0.019778025051523977, "status": "pass", "note": "stated standard error 0.0011", "stderr": 0.0011011128736399395 }, { "entry": "noisy_ghz_n3", "engine": "wai.trajectories", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0018503466666655007, "tolerance": 0.019778025051523977, "status": "pass", "note": "stated standard error 0.00122", "stderr": 0.0012192748018024576 }, { "entry": "noisy_ghz_n3", "engine": "wai.trajectories", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0, "tolerance": 0.019778025051523977, "status": "pass", "note": "stated standard error 0", "stderr": 0.0 }, { "entry": "noisy_ghz_n3", "engine": "wai.stabilizer", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0013440000000000437, "tolerance": 0.019778025050936586, "status": "pass", "note": "stated standard error 0.00112", "stderr": 0.0011158144229298458 }, { "entry": "noisy_ghz_n3", "engine": "wai.stabilizer", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.002490346666666696, "tolerance": 0.019778025050936586, "status": "pass", "note": "stated standard error 0.00122", "stderr": 0.0012241067634702802 }, { "entry": "noisy_ghz_n3", "engine": "wai.stabilizer", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0, "tolerance": 0.019778025050936586, "status": "pass", "note": "stated standard error 0", "stderr": 0.0 }, { "entry": "noisy_rotations_n3", "engine": "wai.trajectories", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0004940805371514091, "tolerance": 0.019778025054754626, "status": "pass", "note": "stated standard error 0.00139", "stderr": 0.0013941064624311361 }, { "entry": "noisy_rotations_n3", "engine": "wai.trajectories", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0006622691648923172, "tolerance": 0.019778025054754626, "status": "pass", "note": "stated standard error 0.00101", "stderr": 0.0010125775686915292 }, { "entry": "noisy_rotations_n3", "engine": "wai.trajectories", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0024037621844753116, "tolerance": 0.019778025054754626, "status": "pass", "note": "stated standard error 0.00138", "stderr": 0.001378229605378849 }, { "entry": "noisy_clifford_n4", "engine": "wai.trajectories", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0, "tolerance": 0.019778025056810495, "status": "pass", "note": "stated standard error 0", "stderr": 0.0 }, { "entry": "noisy_clifford_n4", "engine": "wai.trajectories", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0, "tolerance": 0.019778025056810495, "status": "pass", "note": "stated standard error 0", "stderr": 0.0 }, { "entry": "noisy_clifford_n4", "engine": "wai.trajectories", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0, "tolerance": 0.019778025056810495, "status": "pass", "note": "stated standard error 0", "stderr": 0.0 }, { "entry": "noisy_clifford_n4", "engine": "wai.trajectories", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 3.454467422037778e-77, "tolerance": 0.019778025056810495, "status": "pass", "note": "stated standard error 0", "stderr": 0.0 }, { "entry": "noisy_clifford_n4", "engine": "wai.stabilizer", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0, "tolerance": 0.019778025050936586, "status": "pass", "note": "stated standard error 0", "stderr": 0.0 }, { "entry": "noisy_clifford_n4", "engine": "wai.stabilizer", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0, "tolerance": 0.019778025050936586, "status": "pass", "note": "stated standard error 0", "stderr": 0.0 }, { "entry": "noisy_clifford_n4", "engine": "wai.stabilizer", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 0.0, "tolerance": 0.019778025050936586, "status": "pass", "note": "stated standard error 0", "stderr": 0.0 }, { "entry": "noisy_clifford_n4", "engine": "wai.stabilizer", "quantity": " under noise, the mean of 100000 samples, against the integer density matrix's within Hoeffding's bound", "measured": 3.454467422037778e-77, "tolerance": 0.019778025050936586, "status": "pass", "note": "stated standard error 0", "stderr": 0.0 }, { "entry": "mitigate_zne_ghz_n3", "engine": "wai.mitigate", "quantity": "zne: at scale 1, from 200000 shots, against the folded program's exact noisy value", "measured": 0.0010371111111110141, "tolerance": 0.013985175636149365, "status": "pass" }, { "entry": "mitigate_zne_ghz_n3", "engine": "wai.mitigate", "quantity": "zne: at scale 3, from 200000 shots, against the folded program's exact noisy value", "measured": 0.0016420886547543494, "tolerance": 0.013985175644458754, "status": "pass" }, { "entry": "mitigate_zne_ghz_n3", "engine": "wai.mitigate", "quantity": "zne: at scale 5, from 200000 shots, against the folded program's exact noisy value", "measured": 0.002475794241029571, "tolerance": 0.013985175652768142, "status": "pass" }, { "entry": "mitigate_zne_ghz_n3", "engine": "wai.mitigate", "quantity": "zne: extrapolated, against the Richardson extrapolation of the exact noisy values at its scales", "measured": 0.001036450325495902, "tolerance": 0.048948114743141556, "status": "pass", "note": "exact extrapolation 0.998634, ideal 1" }, { "entry": "mitigate_zne_ghz_n3", "engine": "wai.mitigate", "quantity": "zne: at scale 1, from 200000 shots, against the folded program's exact noisy value", "measured": 0.0005472829629628842, "tolerance": 0.013985175636149365, "status": "pass" }, { "entry": "mitigate_zne_ghz_n3", "engine": "wai.mitigate", "quantity": "zne: at scale 3, from 200000 shots, against the folded program's exact noisy value", "measured": 0.00022874150645132329, "tolerance": 0.013985175644458754, "status": "pass" }, { "entry": "mitigate_zne_ghz_n3", "engine": "wai.mitigate", "quantity": "zne: at scale 5, from 200000 shots, against the folded program's exact noisy value", "measured": 0.0013877985868169772, "tolerance": 0.013985175652768142, "status": "pass" }, { "entry": "mitigate_zne_ghz_n3", "engine": "wai.mitigate", "quantity": "zne: extrapolated, against the Richardson extrapolation of the exact noisy values at its scales", "measured": 0.0002198042024347485, "tolerance": 0.048948114743141556, "status": "pass", "note": "exact extrapolation 0.997961, ideal 1" }, { "entry": "mitigate_vd_n2", "engine": "wai.mitigate", "quantity": "vd: raw, from 200000 shots, against the integer density matrix's", "measured": 0.0008731319121775354, "tolerance": 0.013985175634932484, "status": "pass" }, { "entry": "mitigate_vd_n2", "engine": "wai.mitigate", "quantity": "vd: as Tr(\u03c1\u00b2O)/Tr(\u03c1\u00b2), each from 200000 shots, against the exact ratio", "measured": 0.0031394106892248296, "tolerance": 0.03161035313064799, "status": "pass", "note": "exact ratio 0.92223" }, { "entry": "mitigate_vd_n2", "engine": "wai.mitigate", "quantity": "vd: raw, from 200000 shots, against the integer density matrix's", "measured": 0.0004277516054804495, "tolerance": 0.013985175634932484, "status": "pass" }, { "entry": "mitigate_vd_n2", "engine": "wai.mitigate", "quantity": "vd: as Tr(\u03c1\u00b2O)/Tr(\u03c1\u00b2), each from 200000 shots, against the exact ratio", "measured": 0.0012040857382362223, "tolerance": 0.031588080352067595, "status": "pass", "note": "exact ratio 0.920875" }, { "entry": "mitigate_readout_n3", "engine": "wai.mitigate", "quantity": "readout: every quasi-probability against the exact law before the flips, largest deviation in units of Hoeffding's bound on 200000 shots", "measured": 0.22702524661976872, "tolerance": 1.0, "status": "pass" }, { "entry": "surface_z_d3", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d3", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 24, 1 ], "tolerance": [ 24, 1 ], "status": "pass" }, { "entry": "surface_z_d3", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 1.2082349010178461e-15, "tolerance": 4.778399897986674e-13, "status": "pass", "mechanisms": [ 219, 219 ], "seconds": [ 0.001037334, 0.0013261249987408519 ] }, { "entry": "surface_z_d3", "engine": "wai.qec", "quantity": "the engine's own generator writes the same text, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d5", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d5", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 120, 1 ], "tolerance": [ 120, 1 ], "status": "pass" }, { "entry": "surface_z_d5", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 1.536964999715451e-15, "tolerance": 2.4140689447449404e-12, "status": "pass", "mechanisms": [ 1677, 1677 ], "seconds": [ 0.003304875, 0.004057332997035701 ] }, { "entry": "surface_z_d5", "engine": "wai.qec", "quantity": "the engine's own generator writes the same text, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d7", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d7", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 336, 1 ], "tolerance": [ 336, 1 ], "status": "pass" }, { "entry": "surface_z_d7", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 1.536964999715451e-15, "tolerance": 6.837197474851564e-12, "status": "pass", "mechanisms": [ 5471, 5471 ], "seconds": [ 0.009389834, 0.008545167002012022 ] }, { "entry": "surface_z_d7", "engine": "wai.qec", "quantity": "the engine's own generator writes the same text, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d9", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d9", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 720, 1 ], "tolerance": [ 720, 1 ], "status": "pass" }, { "entry": "surface_z_d9", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 1.536964999715451e-15, "tolerance": 1.4770407119613083e-11, "status": "pass", "mechanisms": [ 12705, 12705 ], "seconds": [ 0.025049666, 0.03963595799723407 ] }, { "entry": "surface_z_d9", "engine": "wai.qec", "quantity": "the engine's own generator writes the same text, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d11", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d11", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 1320, 1 ], "tolerance": [ 1320, 1 ], "status": "pass" }, { "entry": "surface_z_d11", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 1.536964999715451e-15, "tolerance": 2.723687941852404e-11, "status": "pass", "mechanisms": [ 24483, 24483 ], "seconds": [ 0.029290541, 0.0569637500011595 ] }, { "entry": "surface_z_d11", "engine": "wai.qec", "quantity": "the engine's own generator writes the same text, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d15", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d15", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 3360, 1 ], "tolerance": [ 3360, 1 ], "status": "pass" }, { "entry": "surface_z_d15", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 1.536964999715451e-15, "tolerance": 6.986233813677245e-11, "status": "pass", "mechanisms": [ 66087, 66087 ], "seconds": [ 0.089358167, 0.16028041699610185 ] }, { "entry": "surface_z_d15", "engine": "wai.qec", "quantity": "the engine's own generator writes the same text, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_x_d3", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_x_d3", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 24, 1 ], "tolerance": [ 24, 1 ], "status": "pass" }, { "entry": "surface_x_d3", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 1.4857906571741353e-15, "tolerance": 4.778399897986674e-13, "status": "pass", "mechanisms": [ 221, 221 ], "seconds": [ 0.000463875, 0.00042233300337102264 ] }, { "entry": "surface_x_d5", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_x_d5", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 120, 1 ], "tolerance": [ 120, 1 ], "status": "pass" }, { "entry": "surface_x_d5", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 1.5404344466674047e-15, "tolerance": 2.4140689447449404e-12, "status": "pass", "mechanisms": [ 1679, 1679 ], "seconds": [ 0.003171375, 0.0035865419995388947 ] }, { "entry": "surface_x_d7", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_x_d7", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 336, 1 ], "tolerance": [ 336, 1 ], "status": "pass" }, { "entry": "surface_x_d7", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 1.5404344466674047e-15, "tolerance": 6.837197474851564e-12, "status": "pass", "mechanisms": [ 5473, 5473 ], "seconds": [ 0.0089635, 0.012019750000035856 ] }, { "entry": "unrotated_z_d3", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "unrotated_z_d3", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 36, 1 ], "tolerance": [ 36, 1 ], "status": "pass" }, { "entry": "unrotated_z_d3", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 1.214306433183765e-17, "tolerance": 7.549516567451064e-13, "status": "pass", "mechanisms": [ 423, 423 ], "seconds": [ 0.000729708, 0.0011407079946366139 ] }, { "entry": "unrotated_z_d5", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "unrotated_z_d5", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 200, 1 ], "tolerance": [ 200, 1 ], "status": "pass" }, { "entry": "unrotated_z_d5", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 1.214306433183765e-17, "tolerance": 4.204636638860393e-12, "status": "pass", "mechanisms": [ 3139, 3139 ], "seconds": [ 0.008121084, 0.005190500000026077 ] }, { "entry": "repetition_d3", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "repetition_d3", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 8, 1 ], "tolerance": [ 8, 1 ], "status": "pass" }, { "entry": "repetition_d3", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 3.469446951953614e-18, "tolerance": 9.414691248821327e-14, "status": "pass", "mechanisms": [ 21, 21 ], "seconds": [ 8.7875e-05, 7.683299918426201e-05 ] }, { "entry": "repetition_d9", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "repetition_d9", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 80, 1 ], "tolerance": [ 80, 1 ], "status": "pass" }, { "entry": "repetition_d9", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 3.469446951953614e-18, "tolerance": 9.57456336436735e-13, "status": "pass", "mechanisms": [ 225, 225 ], "seconds": [ 0.001042958, 0.000596124998992309 ] }, { "entry": "repetition_d25", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "repetition_d25", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 624, 1 ], "tolerance": [ 624, 1 ], "status": "pass" }, { "entry": "repetition_d25", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 3.469446951953614e-18, "tolerance": 7.636558052581677e-12, "status": "pass", "mechanisms": [ 1825, 1825 ], "seconds": [ 0.007093125, 0.005756832993938588 ] }, { "entry": "surface_z_d5_noiseless", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "surface_z_d5_noiseless", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 120, 1 ], "tolerance": [ 120, 1 ], "status": "pass" }, { "entry": "surface_z_d5_noiseless", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 0.0, "tolerance": 0.0, "status": "pass", "mechanisms": [ 0, 0 ], "seconds": [ 0.000125833, 7.570900197606534e-05 ] }, { "entry": "surface_z_d5_noiseless", "engine": "wai.qec", "quantity": "the engine's own generator writes the same text, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "color_d3", "engine": "stim.generate", "quantity": "the pinned generator writes the committed circuit, byte for byte", "measured": true, "tolerance": true, "status": "pass" }, { "entry": "color_d3", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 9, 1 ], "tolerance": [ 9, 1 ], "status": "pass" }, { "entry": "color_d3", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 5.204170427930421e-18, "tolerance": 2.646771690706373e-13, "status": "pass", "mechanisms": [ 72, 72 ], "seconds": [ 0.000540792, 0.0003203330052201636 ] }, { "entry": "qec_inverted_and_tagged", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 1, 1 ], "tolerance": [ 1, 1 ], "status": "pass" }, { "entry": "qec_inverted_and_tagged", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 0.0, "tolerance": 1.7763568394002505e-15, "status": "pass", "mechanisms": [ 1, 1 ], "seconds": [ 1.4333e-05, 4.0958002500701696e-05 ] }, { "entry": "qec_measure_flip_noise", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 2, 0 ], "tolerance": [ 2, 0 ], "status": "pass" }, { "entry": "qec_measure_flip_noise", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 0.0, "tolerance": 3.552713678800501e-15, "status": "pass", "mechanisms": [ 2, 2 ], "seconds": [ 1.3125e-05, 2.7832997147925198e-05 ] }, { "entry": "qec_depolarize_merge", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 2, 0 ], "tolerance": [ 2, 0 ], "status": "pass" }, { "entry": "qec_depolarize_merge", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 6.938893903907228e-18, "tolerance": 7.105427357601002e-15, "status": "pass", "mechanisms": [ 3, 3 ], "seconds": [ 1.9625e-05, 3.3791002351790667e-05 ] }, { "entry": "qec_pauli_observable", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 0, 1 ], "tolerance": [ 0, 1 ], "status": "pass" }, { "entry": "qec_pauli_observable", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 0.0, "tolerance": 1.7763568394002505e-15, "status": "pass", "mechanisms": [ 1, 1 ], "seconds": [ 8.959e-06, 2.408399450359866e-05 ] }, { "entry": "qec_correlated", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 3, 0 ], "tolerance": [ 3, 0 ], "status": "pass" }, { "entry": "qec_correlated", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 0.0, "tolerance": 5.329070518200751e-15, "status": "pass", "mechanisms": [ 2, 2 ], "seconds": [ 1.4666e-05, 2.766599936876446e-05 ] }, { "entry": "qec_pauli_channel", "engine": "wai.qec ~ stim.tableau", "quantity": "detectors and observables", "measured": [ 2, 0 ], "tolerance": [ 2, 0 ], "status": "pass" }, { "entry": "qec_pauli_channel", "engine": "wai.qec ~ stim.tableau", "quantity": "mechanisms: same symptom sets, probabilities within the bound (largest difference)", "measured": 5.551115123125783e-17, "tolerance": 3.552713678800501e-15, "status": "pass", "mechanisms": [ 2, 2 ], "seconds": [ 1.4959e-05, 7.545800326624885e-05 ] }, { "entry": "qec_refused_channel_with_no_independent_form", "engine": "wai.qec", "quantity": "refuses, as listed: a Pauli channel no independent flips can give is refused, never approximated", "measured": "line 2: PAULI_CHANNEL_1(0.1, 0.1, 0): its exclusive outcomes have no form as independent X, Y and Z flips, which this simulator and a detector error model both need", "tolerance": "no form as independent", "status": "refused" }, { "entry": "qec_refused_channel_with_no_independent_form", "engine": "stim.tableau", "quantity": "detector error model", "measured": null, "tolerance": null, "status": "not run", "note": "ValueError: Encountered the operation PAULI_CHANNEL_1 during error analysis, but this operation requires the `approximate_disjoint_errors` option to be enabled.\nIf you're calling from python, using stim.Circuit.detector_error_model, you need to add the argument approximate_disjoint_errors=True.\n\nIf " }, { "entry": "qec_refused_random_detector", "engine": "wai.qec", "quantity": "refuses, as listed: a detector that is random without noise is no detector", "measured": "a detector or observable is not deterministic (it anticommutes with op 0)", "tolerance": "is not deterministic", "status": "refused" }, { "entry": "qec_refused_random_detector", "engine": "stim.tableau", "quantity": "detector error model", "measured": null, "tolerance": null, "status": "not run", "note": "ValueError: The circuit contains non-deterministic detectors.\n\nTo make an SVG picture of the problem, you can use the python API like this:\n your_circuit.diagram('detslice-with-ops-svg', tick=range(0, 5), filter_coords=['D0', ])\nor the command line API like this:\n stim diagram --in your_circui" }, { "entry": "surface_z_d3", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.22915048352386816, "tolerance": 1.0, "status": "pass", "seconds": 0.002957958 }, { "entry": "surface_z_d3", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.2645714888220047, "tolerance": 1.0, "status": "pass", "seconds": 0.15691070900356863 }, { "entry": "surface_z_d5", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.39650420938955866, "tolerance": 1.0, "status": "pass", "seconds": 0.073871834 }, { "entry": "surface_z_d5", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.3126512427804302, "tolerance": 1.0, "status": "pass", "seconds": 0.4502786669982015 }, { "entry": "surface_z_d7", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.3960824740429515, "tolerance": 1.0, "status": "pass", "seconds": 0.237057208 }, { "entry": "surface_z_d7", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.3674476207187856, "tolerance": 1.0, "status": "pass", "seconds": 2.4428985830018064 }, { "entry": "surface_z_d9", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.4430625889165482, "tolerance": 1.0, "status": "pass", "seconds": 0.467307125 }, { "entry": "surface_z_d9", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.43915140949069054, "tolerance": 1.0, "status": "pass", "seconds": 5.352599042002112 }, { "entry": "surface_z_d11", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.47060589377150247, "tolerance": 1.0, "status": "pass", "seconds": 0.877568458 }, { "entry": "surface_z_d11", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.4914368412655244, "tolerance": 1.0, "status": "pass", "seconds": 9.402264625001408 }, { "entry": "surface_z_d15", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.6023288146718812, "tolerance": 1.0, "status": "pass", "seconds": 2.1174835 }, { "entry": "surface_z_d15", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.5164339782583507, "tolerance": 1.0, "status": "pass", "seconds": 27.14986512500036 }, { "entry": "surface_x_d3", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.2296488184539904, "tolerance": 1.0, "status": "pass", "seconds": 0.012179334 }, { "entry": "surface_x_d3", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.33276105621318836, "tolerance": 1.0, "status": "pass", "seconds": 0.09689145800075494 }, { "entry": "surface_x_d5", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.39650420938955866, "tolerance": 1.0, "status": "pass", "seconds": 0.078369542 }, { "entry": "surface_x_d5", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.31274463555956433, "tolerance": 1.0, "status": "pass", "seconds": 0.417953292002494 }, { "entry": "surface_x_d7", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.3960824740429515, "tolerance": 1.0, "status": "pass", "seconds": 0.192083375 }, { "entry": "surface_x_d7", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.3674476207187856, "tolerance": 1.0, "status": "pass", "seconds": 2.255262833001325 }, { "entry": "unrotated_z_d3", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.44066876744966166, "tolerance": 1.0, "status": "pass", "seconds": 0.036132541 }, { "entry": "unrotated_z_d3", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.2906127761061761, "tolerance": 1.0, "status": "pass", "seconds": 0.12307637500634883 }, { "entry": "unrotated_z_d5", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.36229573478962046, "tolerance": 1.0, "status": "pass", "seconds": 0.204927791 }, { "entry": "unrotated_z_d5", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.3883700721194613, "tolerance": 1.0, "status": "pass", "seconds": 1.9748735829998623 }, { "entry": "repetition_d3", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.2157283916226434, "tolerance": 1.0, "status": "pass", "seconds": 0.00961075 }, { "entry": "repetition_d3", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.2256006956627007, "tolerance": 1.0, "status": "pass", "seconds": 0.1203022499976214 }, { "entry": "repetition_d9", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.36957339170878684, "tolerance": 1.0, "status": "pass", "seconds": 0.091021334 }, { "entry": "repetition_d9", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.32678390237826055, "tolerance": 1.0, "status": "pass", "seconds": 0.48490524999942863 }, { "entry": "repetition_d25", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.47358998821404197, "tolerance": 1.0, "status": "pass", "seconds": 0.638213125 }, { "entry": "repetition_d25", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.45745624633531895, "tolerance": 1.0, "status": "pass", "seconds": 5.4230780840007355 }, { "entry": "surface_z_d5_noiseless", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.0, "tolerance": 1.0, "status": "pass", "seconds": 0.002931458 }, { "entry": "surface_z_d5_noiseless", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.0, "tolerance": 1.0, "status": "pass", "seconds": 0.09615220799605595 }, { "entry": "color_d3", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.3312615941312661, "tolerance": 1.0, "status": "pass", "seconds": 0.01667 }, { "entry": "color_d3", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.34114198882081986, "tolerance": 1.0, "status": "pass", "seconds": 0.11282475000189152 }, { "entry": "qec_inverted_and_tagged", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.05144599787556125, "tolerance": 1.0, "status": "pass", "seconds": 0.000315666 }, { "entry": "qec_inverted_and_tagged", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.07091205112574354, "tolerance": 1.0, "status": "pass", "seconds": 0.043147958000190556 }, { "entry": "qec_measure_flip_noise", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.16790101834998558, "tolerance": 1.0, "status": "pass", "seconds": 0.000562834 }, { "entry": "qec_measure_flip_noise", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.03966454363900295, "tolerance": 1.0, "status": "pass", "seconds": 0.05103145800239872 }, { "entry": "qec_depolarize_merge", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.09837291203513142, "tolerance": 1.0, "status": "pass", "seconds": 0.002080125 }, { "entry": "qec_depolarize_merge", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.20669364663604342, "tolerance": 1.0, "status": "pass", "seconds": 0.06079137500637444 }, { "entry": "qec_pauli_observable", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.2127361533772559, "tolerance": 1.0, "status": "pass", "seconds": 0.000625458 }, { "entry": "qec_pauli_observable", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.04588426837547665, "tolerance": 1.0, "status": "pass", "seconds": 0.05782316700060619 }, { "entry": "qec_correlated", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.11205233578025234, "tolerance": 1.0, "status": "pass", "seconds": 0.000642167 }, { "entry": "qec_correlated", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.08627038241488869, "tolerance": 1.0, "status": "pass", "seconds": 0.050062374997651204 }, { "entry": "qec_pauli_channel", "engine": "wai.qec", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.08497593373487576, "tolerance": 1.0, "status": "pass", "seconds": 0.001356541 }, { "entry": "qec_pauli_channel", "engine": "stim.tableau", "quantity": "detection and flip rates against the model, largest deviation in units of its Bernstein bound", "measured": 0.2376770477397277, "tolerance": 1.0, "status": "pass", "seconds": 0.0465037920002942 }, { "entry": "measure_twice", "engine": "ddsim.statevector", "quantity": "reproducer (corpus/reproducers/ddsim_repeated_measurement.py): h, then c[0] and c[1] measured from the qubit with nothing between: only 00 and 10 come", "measured": [ "00", "10" ], "tolerance": [ "00", "10" ], "status": "known" }, { "entry": "measure_twice", "engine": "ddsim.statevector", "quantity": "reproducer (corpus/reproducers/ddsim_repeated_measurement.py): x, then the same two measurements: 10 on every shot", "measured": [ "10" ], "tolerance": [ "10" ], "status": "known" }, { "entry": "measure_twice", "engine": "ddsim.statevector", "quantity": "reproducer (corpus/reproducers/ddsim_repeated_measurement.py): h, the two measurements with a barrier between: 00 and 11", "measured": [ "00", "11" ], "tolerance": [ "00", "11" ], "status": "known" }, { "entry": "measure_twice", "engine": "ddsim.statevector", "quantity": "reproducer (corpus/reproducers/ddsim_repeated_measurement.py): h, then c[1] measured first and c[0] second: an error naming changePermutation", "measured": "ValueError: [changePermutation] Target must be an injective mapping using only keys and logical qubits from the source permutation.", "tolerance": "ValueError: [changePermutation] ...", "status": "known" }, { "entry": "repeat_until_success", "engine": "ddsim.statevector", "quantity": "reproducer (corpus/reproducers/ddsim_feedback_rounds.py): repeat_until_success: an error naming changePermutation, and no counts", "measured": "ValueError: [changePermutation] Target must be an injective mapping using only keys and logical qubits from the source permutation.", "tolerance": "ValueError: [changePermutation] ...", "status": "known" }, { "entry": "repeat_until_success", "engine": "ddsim.statevector", "quantity": "reproducer (corpus/reproducers/ddsim_feedback_rounds.py): the same three rounds without the conditioned x: the same error", "measured": "ValueError: [changePermutation] Target must be an injective mapping using only keys and logical qubits from the source permutation.", "tolerance": "ValueError: [changePermutation] ...", "status": "known" }, { "entry": "repeat_until_success", "engine": "ddsim.statevector", "quantity": "reproducer (corpus/reproducers/ddsim_feedback_rounds.py): qubit 1 measured, h, measured again, then qubit 0 measured into a third bit: the same error", "measured": "ValueError: [changePermutation] Target must be an injective mapping using only keys and logical qubits from the source permutation.", "tolerance": "ValueError: [changePermutation] ...", "status": "known" }, { "entry": "repeat_until_success", "engine": "ddsim.statevector", "quantity": "reproducer (corpus/reproducers/ddsim_feedback_rounds.py): the same without qubit 0's measurement into a third bit: counts", "measured": "counts over 4 outcomes", "tolerance": "counts", "status": "known" }, { "entry": "dyadic_n20_k16", "engine": "qsim.statevector", "quantity": "reproducer (corpus/reproducers/qsim_single_precision_norm.py): the state of all 148 gates is farther from the double-precision state than the single-precision bound of 0.000194, and its norm is past 1 by about as much", "measured": { "distance": 0.000232443, "norm_minus_1": 0.000232442 }, "tolerance": "distance > bound, norm \u2212 1 within 10% of it", "status": "known" }, { "entry": "dyadic_n20_k16", "engine": "qsim.statevector", "quantity": "reproducer (corpus/reproducers/qsim_single_precision_norm.py): the same construction on 16 qubits stays within its bound", "measured": 6.448e-06, "tolerance": "< 0.000154", "status": "known" }, { "entry": "dyadic_n20_k16", "engine": "qsim.statevector", "quantity": "reproducer (corpus/reproducers/qsim_single_precision_norm.py): its run of the first 60 gates has a norm larger than its run of 59 by more than 10^-5, where the 60th gate applied by hand in single precision to the 59 gates' state moves the norm by less than 10^-6", "measured": { "run_60_minus_run_59": 6.0414e-05, "by_hand": 2.6285e-08 }, "tolerance": "first > 1e-5, second < 1e-6", "status": "known" }, { "entry": "dyadic_n20_k16", "engine": "qsim.statevector", "quantity": "reproducer (corpus/reproducers/qsim_single_precision_norm.py): another single-precision state vector of the same circuit (the circuit library's own, complex64) is as far from the double-precision state, within 1%", "measured": 0.000232436, "tolerance": "within 1% of 0.000232443", "status": "known" }, { "entry": "corpus", "engine": "corpus.py", "quantity": "corpus/expected-refusals.json is the reader's rule and corpus.py's list", "measured": true, "tolerance": true, "status": "pass" } ] }