Index

A

add_basis() (qubricks.system.QuantumSystem method), [1] add_derivative_op() (qubricks.system.QuantumSystem method), [1] add_measurement() (qubricks.system.QuantumSystem method), [1] add_measurements() (qubricks.measurement.MeasurementWrapper method), [1] add_operator() (qubricks.integrator.Integrator method), [1] add_state() (qubricks.system.QuantumSystem method), [1]

add_subspace() (qubricks.system.QuantumSystem method), [1] add_time_op() (qubricks.integrator.Integrator method), [1] AmplitudeMeasurement (class in qubricks.wall.measurements), [1] amplitudes() (qubricks.wall.measurements.AmplitudeMeasurement method), [1] apply() (qubricks.operator.Operator method), [1] (qubricks.operator.OperatorSet method), [1]

B

bases (qubricks.system.QuantumSystem attribute), [1] Basis (class in qubricks.basis), [1] basis (qubricks.operator.Operator attribute), [1] (qubricks.stateoperator.StateOperator attribute), [1]

basis() (qubricks.system.QuantumSystem method), [1] block_diag() (qubricks.operator.Operator method), [1]

C

change_basis() (qubricks.operator.Operator method), [1] (qubricks.stateoperator.StateOperator method), [1] clean() (qubricks.operator.Operator method), [1] collapse() (qubricks.operator.Operator method), [1] (qubricks.stateoperator.StateOperator method), [1] (qubricks.wall.stateoperators.DummyStateOperator method), [1] (qubricks.wall.stateoperators.LindbladStateOperator method), [1] (qubricks.wall.stateoperators.SchrodingerStateOperator method), [1] (qubricks.wall.stateoperators.SimpleStateOperator method), [1]

connected() (qubricks.operator.Operator method), [1] (qubricks.stateoperator.StateOperator method), [1] (qubricks.wall.stateoperators.DummyStateOperator method), [1] (qubricks.wall.stateoperators.LindbladStateOperator method), [1] (qubricks.wall.stateoperators.SchrodingerStateOperator method), [1] (qubricks.wall.stateoperators.SimpleStateOperator method), [1] continue_mask() (qubricks.measurement.MeasurementIterationResults method), [1]

D

debug() (in module qubricks.analysis.perturbation), [1] default_assumptions (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] default_derivative_ops (qubricks.system.QuantumSystem attribute), [1] derivative_ops() (qubricks.system.QuantumSystem method), [1]

dim (qubricks.analysis.perturbation.Perturb attribute), [1] (qubricks.analysis.perturbation.RSPT attribute), [1] (qubricks.basis.Basis attribute), [1] (qubricks.system.QuantumSystem attribute), [1] dual_class() (qubricks.basis.QubricksBra class method), [1] (qubricks.basis.QubricksKet class method), [1] DummyStateOperator (class in qubricks.wall.stateoperators), [1]

E

E() (qubricks.analysis.perturbation.Perturb method), [1] (qubricks.analysis.perturbation.RSPT method), [1] energy_spectrum() (in module qubricks.analysis.spectrum), [1] ensemble() (qubricks.system.QuantumSystem method), [1] ensembles (qubricks.system.QuantumSystem attribute), [1] error_abs (qubricks.integrator.Integrator attribute), [1] error_rel (qubricks.integrator.Integrator attribute), [1]

Es() (qubricks.analysis.perturbation.Perturb method), [1] exact (qubricks.operator.Operator attribute), [1] ExpectationMeasurement (class in qubricks.wall.measurements), [1] expectations() (qubricks.wall.measurements.ExpectationMeasurement method), [1] extend() (qubricks.integrator.Integrator method), [1]

F

for_ensemble (qubricks.stateoperator.StateOperator attribute), [1] (qubricks.wall.stateoperators.DummyStateOperator attribute), [1] (qubricks.wall.stateoperators.LindbladStateOperator attribute), [1] (qubricks.wall.stateoperators.SchrodingerStateOperator attribute), [1] (qubricks.wall.stateoperators.SimpleStateOperator attribute), [1]

for_state (qubricks.stateoperator.StateOperator attribute), [1] (qubricks.wall.stateoperators.DummyStateOperator attribute), [1] (qubricks.wall.stateoperators.LindbladStateOperator attribute), [1] (qubricks.wall.stateoperators.SchrodingerStateOperator attribute), [1] (qubricks.wall.stateoperators.SimpleStateOperator attribute), [1]

G

get_derivative_ops() (qubricks.system.QuantumSystem method), [1] get_integrator() (qubricks.system.QuantumSystem method), [1] get_operators() (qubricks.integrator.Integrator method), [1]

get_progress_callback() (qubricks.integrator.Integrator method), [1] get_time_ops() (qubricks.integrator.Integrator method), [1] get_unperturbed_states() (qubricks.analysis.perturbation.RSPT method), [1]

H

H() (qubricks.system.QuantumSystem method), [1] H_0 (qubricks.analysis.perturbation.RSPT attribute), [1]

H_eff() (qubricks.analysis.perturbation.Perturb method), [1] hamiltonian (qubricks.system.QuantumSystem attribute), [1]

I

init() (qubricks.basis.Basis method), [1] (qubricks.measurement.Measurement method), [1] (qubricks.operator.OperatorSet method), [1] (qubricks.stateoperator.StateOperator method), [1] (qubricks.system.QuantumSystem method), [1] (qubricks.wall.bases.SimpleBasis method), [1] (qubricks.wall.bases.SpinBasis method), [1] (qubricks.wall.bases.StandardBasis method), [1] (qubricks.wall.measurements.AmplitudeMeasurement method), [1] (qubricks.wall.measurements.ExpectationMeasurement method), [1] (qubricks.wall.measurements.LeakageMeasurement method), [1] (qubricks.wall.operators.PauliOperatorSet method), [1] (qubricks.wall.stateoperators.DummyStateOperator method), [1] (qubricks.wall.stateoperators.LindbladStateOperator method), [1] (qubricks.wall.stateoperators.SchrodingerStateOperator method), [1] (qubricks.wall.stateoperators.SimpleStateOperator method), [1] (qubricks.wall.systems.SimpleQuantumSystem method), [1] init_bases() (qubricks.system.QuantumSystem method), [1] (qubricks.wall.systems.SimpleQuantumSystem method), [1] init_derivative_ops() (qubricks.system.QuantumSystem method), [1] (qubricks.wall.systems.SimpleQuantumSystem method), [1] init_hamiltonian() (qubricks.system.QuantumSystem method), [1] (qubricks.wall.systems.SimpleQuantumSystem method), [1] init_measurements() (qubricks.system.QuantumSystem method), [1] (qubricks.wall.systems.SimpleQuantumSystem method), [1] init_parameters() (qubricks.system.QuantumSystem method), [1] init_states() (qubricks.system.QuantumSystem method), [1] (qubricks.wall.systems.SimpleQuantumSystem method), [1] initial (qubricks.integrator.Integrator attribute), [1] int_kwargs (qubricks.integrator.Integrator attribute), [1] integrate() (qubricks.measurement.MeasurementWrapper method), [1] (qubricks.system.QuantumSystem method), [1] Integrator (class in qubricks.integrator), [1] IntegratorCallback (class in qubricks.integrator), [1] inv() (qubricks.analysis.perturbation.RSPT method), [1] inverse() (qubricks.operator.Operator method), [1] (qubricks.operator.OrthogonalOperator method), [1] is_algebraic (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_commutative (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_complete() (qubricks.measurement.MeasurementIterationResults method), [1] is_complex (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_composite (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_even (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_imaginary (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_independent (qubricks.measurement.Measurement attribute), [1]

is_integer (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_irrational (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_linear (qubricks.stateoperator.StateOperator attribute), [1] (qubricks.wall.stateoperators.DummyStateOperator attribute), [1] (qubricks.wall.stateoperators.LindbladStateOperator attribute), [1] (qubricks.wall.stateoperators.SchrodingerStateOperator attribute), [1] (qubricks.wall.stateoperators.SimpleStateOperator attribute), [1] is_negative (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_noninteger (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_nonnegative (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_nonpositive (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_nonzero (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_odd (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_positive (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_prime (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_rational (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_real (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_transcendental (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] is_zero (qubricks.basis.QubricksBasis attribute), [1] (qubricks.basis.QubricksBra attribute), [1] (qubricks.basis.QubricksKet attribute), [1] iterate() (qubricks.measurement.MeasurementWrapper method), [1] iterate_continue_mask() (qubricks.measurement.Measurement method), [1] iterate_is_complete() (qubricks.measurement.Measurement method), [1] iterate_results_add() (qubricks.measurement.Measurement method), [1] iterate_results_init() (qubricks.measurement.Measurement method), [1] iterate_to_file() (qubricks.measurement.MeasurementWrapper method), [1] iterate_yielder() (qubricks.measurement.MeasurementWrapper method), [1]

L

leakage() (qubricks.wall.measurements.LeakageMeasurement method), [1] LeakageMeasurement (class in qubricks.wall.measurements), [1]

LindbladStateOperator (class in qubricks.wall.stateoperators), [1] load() (qubricks.measurement.MeasurementIterationResults class method), [1]

M

matrix() (qubricks.operator.Operator method), [1] measure() (qubricks.measurement.Measurement method), [1] (qubricks.wall.measurements.AmplitudeMeasurement method), [1] (qubricks.wall.measurements.ExpectationMeasurement method), [1] (qubricks.wall.measurements.LeakageMeasurement method), [1] Measurement (class in qubricks.measurement), [1] MeasurementIterationResults (class in qubricks.measurement), [1] Measurements (class in qubricks.measurement), [1]

measurements (qubricks.system.QuantumSystem attribute), [1] MeasurementWrapper (class in qubricks.measurement), [1] merge() (qubricks.measurement.MeasurementIterationResults class method), [1] ModelAnalysis (class in qubricks.analysis.model), [1]

O

on() (qubricks.measurement.MeasurementWrapper method), [1] onComplete() (qubricks.integrator.IntegratorCallback method), [1] (qubricks.integrator.ProgressBarCallback method), [1] onProgress() (qubricks.integrator.IntegratorCallback method), [1] (qubricks.integrator.ProgressBarCallback method), [1] onStart() (qubricks.integrator.IntegratorCallback method), [1] (qubricks.integrator.ProgressBarCallback method), [1] Operator (class in qubricks.operator), [1] operator (qubricks.basis.Basis attribute), [1] (qubricks.wall.bases.SimpleBasis attribute), [1] (qubricks.wall.bases.SpinBasis attribute), [1] (qubricks.wall.bases.StandardBasis attribute), [1] Operator() (qubricks.basis.Basis method), [1] (qubricks.stateoperator.StateOperator method), [1] (qubricks.system.QuantumSystem method), [1]

operators (qubricks.integrator.Integrator attribute), [1] operators_linear (qubricks.integrator.Integrator attribute), [1] OperatorSet (class in qubricks.operator), [1] OperatorSet() (qubricks.system.QuantumSystem method), [1] optimise_coefficient() (qubricks.wall.stateoperators.LindbladStateOperator method), [1] OrthogonalOperator (class in qubricks.operator), [1]

P

p (qubricks.basis.Basis attribute), [1] (qubricks.integrator.Integrator attribute), [1] (qubricks.operator.Operator attribute), [1] (qubricks.stateoperator.StateOperator attribute), [1] (qubricks.system.QuantumSystem attribute), [1] params (qubricks.integrator.Integrator attribute), [1] PauliOperatorSet (class in qubricks.wall.operators), [1] Perturb (class in qubricks.analysis.perturbation), [1] plot() (qubricks.analysis.model.ModelAnalysis method), [1] prepare() (qubricks.analysis.model.ModelAnalysis method), [1] process() (qubricks.analysis.model.ModelAnalysis method), [1]

Progress (class in qubricks.integrator), [1] progress_callback (qubricks.integrator.Integrator attribute), [1] ProgressBarCallback (class in qubricks.integrator), [1] Psi() (qubricks.analysis.perturbation.Perturb method), [1] (qubricks.analysis.perturbation.RSPT method), [1] Psis() (qubricks.analysis.perturbation.Perturb method), [1] pt (qubricks.analysis.perturbation.Perturb attribute), [1]

Q

QuantumSystem (class in qubricks.system), [1] qubricks.analysis.model (module), [1] qubricks.analysis.perturbation (module), [1] qubricks.analysis.spectrum (module), [1] qubricks.basis (module), [1] qubricks.integrator (module), [1] qubricks.measurement (module), [1] qubricks.operator (module), [1] qubricks.stateoperator (module), [1]

qubricks.system (module), [1] qubricks.wall.bases (module), [1] qubricks.wall.measurements (module), [1] qubricks.wall.operators (module), [1] qubricks.wall.stateoperators (module), [1] qubricks.wall.systems (module), [1] QubricksBasis (class in qubricks.basis), [1] QubricksBra (class in qubricks.basis), [1] QubricksKet (class in qubricks.basis), [1]

R

reset() (qubricks.integrator.Integrator method), [1] restrict() (qubricks.operator.Operator method), [1] (qubricks.stateoperator.StateOperator method), [1] (qubricks.wall.stateoperators.DummyStateOperator method), [1] (qubricks.wall.stateoperators.LindbladStateOperator method), [1] (qubricks.wall.stateoperators.SchrodingerStateOperator method), [1] (qubricks.wall.stateoperators.SimpleStateOperator method), [1] result_shape() (qubricks.measurement.Measurement method), [1] (qubricks.wall.measurements.AmplitudeMeasurement method), [1] (qubricks.wall.measurements.ExpectationMeasurement method), [1] (qubricks.wall.measurements.LeakageMeasurement method), [1] result_type() (qubricks.measurement.Measurement method), [1] (qubricks.wall.measurements.AmplitudeMeasurement method), [1] (qubricks.wall.measurements.ExpectationMeasurement method), [1] (qubricks.wall.measurements.LeakageMeasurement method), [1]

result_units (qubricks.wall.measurements.LeakageMeasurement attribute), [1] results (qubricks.integrator.Integrator attribute), [1] RSPT (class in qubricks.analysis.perturbation), [1]

S

save() (qubricks.measurement.MeasurementIterationResults method), [1] SchrodingerStateOperator (class in qubricks.wall.stateoperators), [1] shape (qubricks.operator.Operator attribute), [1] show() (qubricks.system.QuantumSystem method), [1] SimpleBasis (class in qubricks.wall.bases), [1] SimpleQuantumSystem (class in qubricks.wall.systems), [1] SimpleStateOperator (class in qubricks.wall.stateoperators), [1] simulate() (qubricks.analysis.model.ModelAnalysis method), [1] SpinBasis (class in qubricks.wall.bases), [1] StandardBasis (class in qubricks.wall.bases), [1] start() (qubricks.integrator.Integrator method), [1] state() (qubricks.system.QuantumSystem method), [1] state_fromString() (qubricks.basis.Basis method), [1] (qubricks.system.QuantumSystem method), [1] (qubricks.wall.bases.SpinBasis method), [1] state_fromSymbolic() (qubricks.basis.Basis method), [1]

state_info() (qubricks.basis.Basis method), [1] (qubricks.wall.bases.SpinBasis method), [1] state_latex() (qubricks.basis.Basis method), [1] (qubricks.wall.bases.SpinBasis method), [1] state_projector() (qubricks.system.QuantumSystem method), [1] state_toString() (qubricks.basis.Basis method), [1] (qubricks.system.QuantumSystem method), [1] (qubricks.wall.bases.SpinBasis method), [1] state_toSymbolic() (qubricks.basis.Basis method), [1] StateOperator (class in qubricks.stateoperator), [1] states (qubricks.system.QuantumSystem attribute), [1] states() (qubricks.basis.Basis method), [1] strlabel (qubricks.basis.QubricksKet attribute), [1] subspace() (qubricks.system.QuantumSystem method), [1] subspace_projector() (qubricks.system.QuantumSystem method), [1] subspaces (qubricks.system.QuantumSystem attribute), [1] symbolic() (qubricks.operator.Operator method), [1] system (qubricks.measurement.Measurement attribute), [1]

T

t_offset (qubricks.integrator.Integrator attribute), [1] time_ops (qubricks.integrator.Integrator attribute), [1] transform() (qubricks.basis.Basis method), [1] (qubricks.operator.Operator method), [1] (qubricks.stateoperator.StateOperator method), [1] (qubricks.wall.stateoperators.DummyStateOperator method), [1] (qubricks.wall.stateoperators.LindbladStateOperator method), [1] (qubricks.wall.stateoperators.SchrodingerStateOperator method), [1] (qubricks.wall.stateoperators.SimpleStateOperator method), [1]

transform_from() (qubricks.basis.Basis method), [1] transform_op() (qubricks.basis.Basis method), [1] transform_to() (qubricks.basis.Basis method), [1]

U

update() (qubricks.measurement.MeasurementIterationResults method), [1]

use_ensemble() (qubricks.system.QuantumSystem method), [1]

V

V (qubricks.analysis.perturbation.RSPT attribute), [1]