quchip.analysis¶

quchip.analysis: physics analysis tools.

Sub-modules¶

cross_resonance: analyze_cross_resonance() — extract the six CR effective Hamiltonian coefficients {IX, IY, IZ, ZX, ZY, ZZ} from Bloch-vector tomography data.
dispersive_readout: analyze_dispersive_readout() — closed-form steady-state readout figures of merit (pointer states, SNR, assignment error, measurement dephasing) from the χ/κ that eliminate() reports.
effective_hamiltonian: analyze_static_zz() — exact static ZZ between two devices plus its 2nd-order SW virtual-pathway attribution. effective_hamiltonian() — the des-Cloizeaux effective Hamiltonian on a labeled computational subspace, with eigenvalues exactly the labeled dressed energies. effective_hamiltonian_between_states() — the same construction specialized to exactly two explicit bare states (e.g. a static exchange rate between two single-excitation states).

Modules

`cross_resonance`	Cross-resonance Hamiltonian tomography analysis.
`dispersive_readout`	Calculate steady-state dispersive pointer states and detected information.
`effective_hamiltonian`(chip, subspace)	Calculate the des-Cloizeaux effective Hamiltonian on a user-selected computational subspace.
`measurement`	Physical stationary acquisition, independent of receiver configuration.
`vna`	Continuous-wave scattering through declared Markovian ports.