{
  "_meta": {
    "locale": "en",
    "area": "examples",
    "translation": "source"
  },
  "examples.bell_title": "Bell pair",
  "examples.bell_shows": "Two qubits entangled: only 00 and 11 come up, and ⟨Z0 Z1⟩ is exactly 1.",
  "examples.ghz_title": "GHZ state, 40 qubits",
  "examples.ghz_shows": "A Clifford circuit past any state vector, run exactly on the stabilizer tableau: all zeros or all ones.",
  "examples.rotation_title": "A rotation",
  "examples.rotation_shows": "Any angle runs on the double-precision state vector: ⟨Z0⟩ = cos 0.3 and ⟨Y0⟩ = −sin 0.3.",
  "examples.qft_title": "Quantum Fourier transform",
  "examples.qft_shows": "The Fourier transform of a basis state on three qubits: every outcome equally likely, the information in the amplitudes' phases.",
  "examples.teleport_title": "Teleportation",
  "examples.teleport_shows": "A state moved from qubit 0 to qubit 2 by measurement and correction: ⟨Z2⟩ = cos 0.7, ⟨X2⟩ = sin 0.7.",
  "examples.grover_title": "Grover search, 3 qubits",
  "examples.grover_shows": "Two rounds of amplitude amplification find the marked item 101 with probability 0.945.",
  "examples.noisy_bell_title": "A noisy Bell pair",
  "examples.noisy_bell_shows": "The same pair on a device whose gates go wrong at random: 01 and 10 appear, and ⟨Z0 Z1⟩ falls below 1."
}