Experiments

← Curated API reference · Interpret results · Analysis

Find experiment-building and tomography helpers for logical-qubit studies.

These higher-level workflows build on simulation, decoding, and postselection. Check the chosen release’s assumptions and supported experiment configurations.

• bloqade.gemini.decoding.single_qubit_state_tomographyv0.11.6

  from bloqade.gemini.decoding import single_qubit_state_tomography

  Returns X, Y, and Z basis kernels used to perform single-qubit tomography. Note that the kernels take in the register as the input.

• bloqade.gemini.decoding.TomographyResultv0.11.6

  from bloqade.gemini.decoding import TomographyResult

  Point-estimate single-qubit tomography result.

• bloqade.gemini.decoding.PostSelectionExperimentv0.11.6

  from bloqade.gemini.decoding import PostSelectionExperiment

  A "wizard" class that orchestrates the steps of running a experiment to do tomography which obtains samples from the hardware and runs decoding with postselection on your ancilla qubits.

• bloqade.gemini.decoding.magic_state_dist_steanev0.11.6

  from bloqade.gemini.decoding import magic_state_dist_steane

  Returns the nonclifford prefix circuit and clifford logical circuit used for magic state distillation. Note that the kernels take in the qubit register 'reg' as input. This means that the kernels are technically agnostic to the number of input qubits.