quara

v0.3.0

Getting Started

Install
Use with other optimization parsers and solvers
Interface from different packages

Tutorials

System
QOperation
State and state_typical
Povm and povm_typical
Gate and gate_typical
EffectiveLindbladian and effective_lindbladian_typical
MProcess and mprocess_typical
MultinomialDistribution
StateEnsemble and state_ensemble_typical
Composition of QOperations
Tensor product between QOperations
Circuit
Standard Quantum Tomography
Using Quara’s standard tomography features from QuTiP
Using Quara’s standard tomography features from Qiskit
Using Quara’s standard tomography features from Forest (1-qubit)
Using Quara’s standard tomography features from Forest (2-qubit)
Example: Standard Quantum State Tomography with Cvxpy
Example: Standard POVM Tomography on 1-Qubit with Cvxpy
Example: Standard Quantum Process Tomography on 1-Qubit with Cvxpy
Example: Standard Quantum Measurement Process Tomography on 1-Qubit with Cvxpy

Limitations

Limitations

API Reference

API Reference

Contributing

Contributing

quara

»
quara.simulation package
Edit on GitHub

quara.simulation package

Module for executing numerical simulation

Submodules

quara.simulation.consistency_check module
quara.simulation.depolarized_qoperation_generation_setting module
quara.simulation.effective_lindbladian_generation_setting module
quara.simulation.generation_setting module
quara.simulation.random_effective_lindbladian_generation_setting module
quara.simulation.standard_qtomography_simulation module
quara.simulation.standard_qtomography_simulation_check module
quara.simulation.standard_qtomography_simulation_flow module
quara.simulation.standard_qtomography_simulation_report module

© Copyright 2021, Takanori Sugiyama. Revision 61334825.

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