Auto-Generated API Reference

July 29, 2026 · View on GitHub

Generated from source docstrings via mkdocstrings.

This page is an advanced module index. It is useful for maintainers and subsystem authors who need direct access to implementation modules. First-path user workflows should start with Stable Facades API and Kuramoto Core Facade.

Stable Facades

::: scpn_quantum_control.kuramoto_core options: members: [KuramotoProblem, build_kuramoto_problem, validate_kuramoto_inputs, compile_hamiltonian, compile_dense_hamiltonian, compile_trotter_circuit, compile_analog_program, compile_hybrid_program, measure_order_parameter, simulate_variant_trajectory] show_root_heading: true

Advanced Module Reference

The sections below expose lower-level packages directly. Use them when extending or debugging a subsystem, not as the default path for tutorial code.

Bridge

::: scpn_quantum_control.bridge.knm_hamiltonian options: members: [OMEGA_N_16, omega_for_oscillators, build_knm_paper27, build_kuramoto_ring, knm_to_hamiltonian, knm_to_ansatz]

::: scpn_quantum_control.bridge.qpu_data_artifact options: members: [QPUDataArtifact, artifact_from_arrays, artifact_to_kuramoto_problem, validate_qpu_data_artifact, read_qpu_data_artifact, write_qpu_data_artifact]

::: scpn_quantum_control.bridge.scpn_upde_edge options: members: [SCPNUPDEEdge, build_paper27_scpn_upde_edge, build_scpn_upde_edge, validate_scpn_upde_edge_payload]

::: scpn_quantum_control.bridge.snn_adapter options: members: [spike_train_to_rotations, quantum_measurement_to_current, SNNQuantumBridge, ArcaneNeuronBridge]

::: scpn_quantum_control.bridge.ssgf_adapter options: members: [ssgf_w_to_hamiltonian, ssgf_state_to_quantum, quantum_to_ssgf_state, SSGFQuantumLoop]

Phase

::: scpn_quantum_control.phase.xy_kuramoto options: members: [QuantumKuramotoSolver]

::: scpn_quantum_control.phase.kuramoto_variants options: members: [KuramotoVariant, KuramotoVariantResult, HigherOrderKuramotoSpec, MonitoredKuramotoSpec, PTSymmetricKuramotoSpec, build_triadic_ring_terms, simulate_higher_order_kuramoto, simulate_monitored_kuramoto, simulate_pt_symmetric_kuramoto]

::: scpn_quantum_control.phase.phase_vqe options: members: [PhaseVQE]

::: scpn_quantum_control.phase.coupling_learning options: members: [CouplingGradientVerificationResult, CouplingLearningResult, coupling_matrix_from_edge_vector, learn_couplings_from_observations, verify_coupling_parameter_shift_gradient]

::: scpn_quantum_control.phase.coupling_time_series_recovery options: members: [COUPLING_RECOVERY_CLAIM_BOUNDARY, COUPLING_RECOVERY_EVIDENCE_CLASS, CouplingRecoveryBoundaryRow, CouplingRecoveryCase, CouplingRecoveryRecord, CouplingRecoverySuiteResult, coupling_recovery_boundary_rows, default_coupling_recovery_cases, inject_time_series_noise_and_missing, recover_kuramoto_couplings_from_time_series, recover_xy_couplings_from_pair_energy_series, run_coupling_recovery_suite, simulate_kuramoto_phase_time_series, simulate_xy_pair_energy_time_series]

::: scpn_quantum_control.phase.synchronisation_witness options: members: [SYNC_WITNESS_CLAIM_BOUNDARY, SYNC_WITNESS_EVIDENCE_CLASS, PhaseCloudRegime, SyncWitnessBoundaryRow, SyncWitnessCase, SyncWitnessRecord, SyncWitnessSuiteResult, betti_curve, default_sync_witness_cases, geodesic_phase_distance_matrix, harmonic_order_parameter, phase_cloud_synchronisation_witness, run_sync_witness_suite, sync_witness_boundary_rows, vietoris_rips_persistence]

::: scpn_quantum_control.phase.differentiable_audit options: members: [DifferentiableQuantumAuditReport, DifferentiableWorkflowAuditSuiteResult, FiniteShotGradientAuditResult, MLFrameworkGradientAuditRecord, MLFrameworkGradientAuditSuiteResult, ParameterShiftAnalyticAgreement, PhaseGradientBenchmarkSuiteResult, run_differentiable_workflow_audit_suite, run_finite_shot_gradient_uncertainty_audit, run_known_phase_gradient_audit, run_ml_framework_gradient_audit, run_parameter_shift_audit_suite, run_phase_gradient_benchmark_suite, verify_parameter_shift_analytic_gradient]

::: scpn_quantum_control.phase.gradient_descent options: members: [ParameterShiftTrainingStep, ParameterShiftTrainingResult, ParameterShiftTrainingCertificate, parameter_shift_gradient_descent, validate_parameter_shift_training]

::: scpn_quantum_control.phase.natural_gradient options: members: [NaturalGradientRegularizationPolicy, NaturalGradientDirection, ParameterShiftNaturalGradientStep, ParameterShiftNaturalGradientResult, ParameterShiftNaturalGradientCertificate, solve_natural_gradient_direction, parameter_shift_natural_gradient_descent, validate_natural_gradient_training]

::: scpn_quantum_control.phase.trainability options: members: [TRAINABILITY_CLAIM_BOUNDARY, TrainabilityGradientSample, AdaptiveShotAllocationDryRun, BarrenPlateauTrainabilityReport, run_barren_plateau_trainability_report]

::: scpn_quantum_control.phase.optimizer_audit options: members: [OptimizerConvergenceRecord, OptimizerComparisonSuiteResult, run_parameter_shift_optimizer_comparison]

::: scpn_quantum_control.phase.optimizer_convergence_suite options: members: [GROUND_STATE_OPTIMIZER_CLAIM_BOUNDARY, GROUND_STATE_OPTIMIZER_EVIDENCE_CLASS, KnownGroundStateObjective, GroundStateConvergenceCertificate, GroundStateOptimizerRunRecord, GroundStateOptimizerBoundaryRow, GroundStateOptimizerConvergenceSuiteResult, default_ground_state_optimizer_objectives, run_ground_state_optimizer_convergence_suite]

::: scpn_quantum_control.phase.open_system_objectives options: members: [OPEN_SYSTEM_OBJECTIVE_CLAIM_BOUNDARY, OPEN_SYSTEM_OBJECTIVE_EVIDENCE_CLASS, BoundedOpenSystemObjectiveCase, DensityMatrixInvariantCertificate, MCWFReproducibilityCertificate, OpenSystemObjectiveRecord, OpenSystemObjectiveBoundaryRow, OpenSystemObjectiveSuiteResult, certify_density_matrix_invariants, certify_mcwf_reproducibility, default_open_system_objective_cases, evaluate_lindblad_objective, evaluate_mcwf_objective, open_system_objective_boundary_rows, run_open_system_objective_suite]

::: scpn_quantum_control.phase.objectives options: members: [ObjectiveTermValue, ObjectiveGradientEvaluation, ObjectiveTerm, ComposedPhaseObjective, ComposedObjectiveTrainingStep, ComposedObjectiveTrainingResult, ComposedObjectiveTrainingCertificate, phase_energy_term, phase_fidelity_target_term, periodic_regularization_term, phase_symmetry_penalty_term, smooth_box_safety_penalty_term, build_phase_control_objective, train_composed_phase_objective, validate_composed_objective_training, kuramoto_order_parameter, kuramoto_order_parameter_gradient, kuramoto_order_parameter_target_term, phase_locking_target_term, cluster_synchronisation_target_term, build_synchronisation_objective]

::: scpn_quantum_control.phase.objective_audit options: members: [ComposedObjectiveGradientAgreement, ComposedObjectiveAuditSuiteResult, verify_composed_objective_gradient, run_composed_objective_audit_suite]

::: scpn_quantum_control.phase.objective_planner options: members: [ComposedObjectiveExecutionPlan, ComposedObjectivePlannerAuditResult, plan_composed_objective_execution, assert_composed_objective_execution_supported, run_composed_objective_planner_audit]

::: scpn_quantum_control.phase.gradient_backend options: members: [QuantumGradientBackendCapability, QuantumGradientPlan, QuantumGradientRejectedMethod, QuantumGradientShotPolicy, QuantumGradientMethodExplanation, quantum_gradient_backend_capability, plan_quantum_gradient_backend, explain_quantum_gradient_method]

::: scpn_quantum_control.phase.gradient_support_matrix options: members: [GradientSupportCapability, GradientSupportPlan, GradientSupportMatrixAuditResult, gradient_support_capability, list_gradient_support_capabilities, plan_gradient_support, assert_gradient_support, run_gradient_support_matrix_audit]

::: scpn_quantum_control.phase.transform_nesting options: members: [GradientTransformNestingPlan, GradientTransformNestingAuditResult, plan_gradient_transform_nesting, assert_gradient_transform_nesting_supported, run_gradient_transform_nesting_audit]

::: scpn_quantum_control.phase.gradient_tape options: members: [GRADIENT_TAPE_CONTRACT_CLAIM_BOUNDARY, TapeGradientRecord, GradientTapeContractCheck, GradientTapeContractAuditResult, QuantumGradientTape, gradient_tape, run_gradient_tape_contract_audit]

::: scpn_quantum_control.phase.provider_gradient_audit options: members: [ProviderGradientReadinessScenario, ProviderGradientReadinessRecord, ProviderGradientReadinessAuditResult, default_provider_gradient_readiness_scenarios, run_provider_gradient_readiness_audit]

::: scpn_quantum_control.phase.trotter_upde options: members: [QuantumUPDESolver]

Studio

::: scpn_quantum_control.studio.recompute_kernel options: members: [XYCompileRecomputeUnit, build_xy_compile_recompute_unit, canonical_xy_compile_input_bytes, verify_xy_compile_recompute_unit, xy_compile_digest_python]

Control

::: scpn_quantum_control.control.qaoa_mpc options: members: [QAOA_MPC]

::: scpn_quantum_control.control.q_disruption_iter options: members: [ITERFeatureSpec, normalize_iter_features, generate_synthetic_iter_data, from_fusion_core_shot, scpn_control_bridge_dependency_contract, validate_scpn_control_bridge_dependency_contract, DisruptionBenchmark]

QSNN

::: scpn_quantum_control.qsnn.qlif options: members: [QuantumLIFNeuron]

::: scpn_quantum_control.qsnn.qlayer options: members: [QuantumDenseLayer]

::: scpn_quantum_control.qsnn.training options: members: [QSNNTrainer, QSNNTrainingDiagnostics, QSNNTrainingRun, QSNNParameterShiftDescentRun]

Differentiable Programming

::: scpn_quantum_control.diff options: members: [ShotPolicy, EstimatorProvenance, BackendCapabilityMetadata, DifferentiableCircuitDiagnostics, DifferentiableCircuit, JITExplanation, DifferentiableCircuitContractCheck, DifferentiableCircuitContractAuditResult, differentiable_circuit, jit_or_explain, run_differentiable_circuit_contract_audit, supported_transforms, namespace_metadata]

::: scpn_quantum_control.differentiable options: members: [Parameter, ParameterBounds, ParameterShiftRule, ParameterShiftSampleRecord, DualNumber, ReverseNode, GradientResult, StochasticGradientResult, ShotAllocationResult, SparseMatrixResult, ImplicitSensitivityResult, FixedPointSensitivityResult, CustomDerivativeRule, PrimitiveIdentity, PrimitiveTransformRule, CustomDerivativeRegistry, CustomDerivativeCheckResult, OptimizationResult, ArmijoLineSearchResult, GradientCheckResult, JacobianResult, JVPResult, VJPResult, HessianResult, HVPResult, LeastSquaresCovarianceResult, FisherVectorProductResult, FisherConjugateGradientResult, NaturalGradientResult, NaturalGradientOptimizationResult, NaturalGradientOptimizer, LevenbergMarquardtDampingUpdate, LevenbergMarquardtOptimizer, LevenbergMarquardtResult, LevenbergMarquardtStep, LevenbergMarquardtTrial, WeightedGradientResult, WholeProgramTraceEvent, WholeProgramIRNode, WholeProgramADResult, WholeProgramBytecodeInstruction, WholeProgramBytecodeBasicBlock, WholeProgramSourceIRFeature, WholeProgramSourceRegion, WholeProgramSourceBytecodeLineMap, WholeProgramSymbolScopeEntry, WholeProgramUnsupportedSemanticDiagnostic, WholeProgramSemanticsReport, WholeProgramCompilerFrontendReport, ProgramADAdjointStep, TraceADArray, TraceADScalar, DifferentiableOptimizer, dual_sin, dual_cos, dual_exp, dual_log, reverse_sin, reverse_cos, reverse_exp, reverse_log, armijo_backtracking_line_search, register_custom_derivative_rule, register_primitive_transform_rule, register_primitive_batching_rule, custom_derivative_rule_for, registered_custom_jvp, registered_custom_vjp, registered_custom_jacobian, multi_frequency_parameter_shift_rule, parameter_shift_gradient, value_and_parameter_shift_grad, parameter_shift_gradient_with_uncertainty, allocate_parameter_shift_shots, forward_mode_gradient, value_and_forward_mode_grad, reverse_mode_gradient, value_and_reverse_mode_grad, grad, value_and_grad, whole_program_grad, whole_program_value_and_grad, program_adjoint_result, program_adjoint_gradient, program_adjoint_grad, program_adjoint_value_and_grad, batch_parameter_shift_gradient, batch_value_and_parameter_shift_grad, finite_difference_gradient, value_and_finite_difference_grad, batch_value_and_finite_difference_grad, complex_step_gradient, value_and_complex_step_grad, batch_complex_step_gradient, batch_custom_jvp, batch_value_and_custom_jvp, batch_custom_vjp, batch_value_and_custom_vjp, batch_custom_jacobian, batch_value_and_custom_jacobian, batch_value_and_complex_step_grad, finite_difference_jacobian, value_and_finite_difference_jacobian, jacobian, value_and_jacobian, jacfwd, value_and_jacfwd, jacrev, value_and_jacrev, dense_to_sparse_matrix, sparse_jacobian, sparse_hessian, sparse_empirical_fisher_metric, finite_difference_jvp, value_and_finite_difference_jvp, batch_finite_difference_jvp, batch_value_and_finite_difference_jvp, finite_difference_vjp, batch_finite_difference_vjp, batch_value_and_finite_difference_vjp, vector_jacobian_product, batch_vector_jacobian_product, finite_difference_hessian, value_and_finite_difference_hessian, hessian, value_and_hessian, implicit_stationary_sensitivity, implicit_fixed_point_sensitivity, finite_difference_hvp, value_and_finite_difference_hvp, batch_finite_difference_hvp, batch_value_and_finite_difference_hvp, empirical_fisher_metric, empirical_fisher_vector_product, empirical_fisher_conjugate_gradient, evaluate_levenberg_marquardt_step, gauss_newton_gradient, huber_residual_weights, least_squares_covariance, levenberg_marquardt_step, natural_gradient, soft_l1_residual_weights, update_levenberg_marquardt_damping, weighted_gradient_sum, check_parameter_shift_consistency, check_custom_derivative_consistency, program_ad_linalg_trace_derivative_rule, program_ad_linalg_diag_derivative_rule, program_ad_linalg_diagflat_derivative_rule, program_ad_linalg_matrix_power_derivative_rule, program_ad_linalg_multi_dot_derivative_rule, program_ad_linalg_solve_derivative_rule, program_ad_linalg_eigvals_derivative_rule, program_ad_linalg_eigvalsh_derivative_rule, program_ad_linalg_svdvals_derivative_rule, program_ad_linalg_pinv_derivative_rule, custom_gauss_newton_gradient, custom_levenberg_marquardt_step, custom_jacobian, value_and_custom_jacobian, custom_jvp, value_and_custom_jvp, custom_vjp, value_and_custom_vjp, is_jax_autodiff_available, vmap, whole_program_grad, whole_program_value_and_grad, jax_value_and_grad]

::: scpn_quantum_control.whole_program_trace_values options: members: [TraceADScalar, TraceADArray]

::: scpn_quantum_control.differentiable_framework_overlay options: members: [FrameworkOverlayManifest, FrameworkOverlayVerification, build_framework_overlay_manifest, install_framework_overlay, verify_framework_overlay_path, main]

::: scpn_quantum_control.differentiable_module_hardening_audit options: members: [DifferentiableModuleHardeningAuditResult, DifferentiableModuleHardeningRecord, differentiable_module_hardening_registry, run_differentiable_module_hardening_audit]

::: scpn_quantum_control.differentiable_transform_algebra options: members: [TransformAlgebraAudit, TransformAlgebraCase, run_transform_algebra_audit, assert_transform_algebra_audit_passes]

::: scpn_quantum_control.differentiable_benchmark_report options: members: [DifferentiableBenchmarkReport, build_differentiable_benchmark_report]

::: scpn_quantum_control.benchmarks.differentiable_evidence options: members: [BenchmarkIsolationMetadata, DifferentiableBenchmarkEvidenceBundle, capture_host_load, infer_heavy_jobs_running, read_cpu_frequency_mhz, read_cpu_governor, write_differentiable_benchmark_evidence_bundle]

::: scpn_quantum_control.benchmarks.differentiable_hardening_gate options: members: [DifferentiableBenchmarkClassificationCase, DifferentiableHardeningGateCheck, DifferentiableHardeningSliceGateResult, run_differentiable_hardening_slice_gate]

::: scpn_quantum_control.phase.tensorflow_maintenance options: members: [PhaseTensorFlowMaintenanceReport, PhaseTensorFlowMaintenanceRoute, run_tensorflow_maintenance_decision]

::: scpn_quantum_control.benchmarks.differentiable_isolated_benchmark_plan options: members: [DifferentiableIsolatedBenchmarkPlan, DifferentiableIsolatedBenchmarkPlanRow, DifferentiableIsolatedBenchmarkPlanValidation, render_differentiable_isolated_benchmark_plan_markdown, run_differentiable_isolated_benchmark_plan, validate_differentiable_isolated_benchmark_plan]

::: scpn_quantum_control.benchmarks.differentiable_optimizer_convergence options: members: [GROUND_STATE_OPTIMIZER_CONVERGENCE_SCHEMA, GroundStateOptimizerConvergenceArtifact, ground_state_optimizer_convergence_payload, render_ground_state_optimizer_convergence_markdown, write_ground_state_optimizer_convergence_artifact]

::: scpn_quantum_control.benchmarks.open_system_objective_evidence options: members: [OPEN_SYSTEM_OBJECTIVE_EVIDENCE_SCHEMA, OpenSystemObjectiveEvidenceArtifact, open_system_objective_evidence_payload, render_open_system_objective_evidence_markdown, write_open_system_objective_evidence_artifact]

::: scpn_quantum_control.benchmarks.differentiable_catalyst_comparison options: members: [CATALYST_UNSUPPORTED_PROVIDER_ROUTES, CatalystCompilerWorkflowComparison, catalyst_compiler_workflow_comparison]

::: scpn_quantum_control.benchmarks.differentiable_external_comparison options: members: [ExternalComparisonArtifact, ExternalComparisonRow, IdenticalCircuitGradientComparisonArtifact, IdenticalCircuitGradientComparisonRow, run_differentiable_external_comparison_suite, run_identical_circuit_gradient_comparison_suite, write_differentiable_external_comparison, write_identical_circuit_gradient_comparison]

::: scpn_quantum_control.phase.pennylane_provider_plugin options: members: [PennyLaneHardwarePluginExecutionArtifact, PennyLaneProviderEvidenceBundle, PennyLanePluginMatrixResult, PennyLanePluginMatrixRoute, PennyLaneProviderGradientParityArtifact, PennyLaneProviderPluginExecutionArtifact, run_pennylane_plugin_matrix]

::: scpn_quantum_control.differentiable_claim_ledger options: members: [ClaimLedger, ClaimLedgerRow, ClaimLedgerValidation, DifferentiableSupportSurfaceAlignment, load_differentiable_claim_ledger, load_differentiable_support_surface_alignment, render_claim_ledger_markdown, render_differentiable_support_surface_alignment_markdown, validate_claim_ledger, validate_differentiable_support_surface_alignment, validate_public_language_against_ledger]

::: scpn_quantum_control.differentiable_architecture_map options: members: [DifferentiableArchitectureMap, DifferentiableArchitectureMapLayer, DifferentiableArchitectureMapValidation, render_differentiable_architecture_map_markdown, run_differentiable_architecture_map, validate_differentiable_architecture_map]

::: scpn_quantum_control.differentiable_dependency_environment_map options: members: [DifferentiableDependencyEnvironmentMap, DifferentiableDependencyEnvironmentProfile, DifferentiableDependencyEnvironmentMapValidation, render_differentiable_dependency_environment_map_markdown, run_differentiable_dependency_environment_map, validate_differentiable_dependency_environment_map]

::: scpn_quantum_control.differentiable_dependency_environment_evidence options: members: [DifferentiableDependencyEnvironmentEvidence, build_differentiable_dependency_environment_evidence]

::: scpn_quantum_control.differentiable_competitive_baselines options: members: [CompetitiveBaselinePromotionGate, CompetitiveBaselineRefresh, CompetitiveBaselineRow, CompetitiveBaselineValidation, audit_competitive_baseline_promotion_gate, load_competitive_baseline_refresh, render_competitive_baseline_refresh_markdown, run_competitive_baseline_refresh, validate_competitive_baseline_refresh]

MLIR Compiler

::: scpn_quantum_control.compiler.mlir options: members: [MLIRCompileConfig, DifferentiableMLIRCompileConfig, CompilerADExecutableConfig, CompilerADKernelVerification, ExecutableCompilerADKernel, ExecutableWholeProgramADBatchResult, ExecutableWholeProgramADKernel, NativeWholeProgramADKernel, MLIRModule, compile_kuramoto_to_mlir, compile_custom_derivative_rule_to_mlir, compile_custom_derivative_rule_to_executable, compile_registered_primitive_to_executable, compile_whole_program_ad_trace_to_executable, compile_whole_program_ad_trace_to_native_llvm_jit, compile_whole_program_ad_trace_to_mlir]

Real-Time Runtime

::: scpn_quantum_control.control.realtime_runtime options: members: [CycleSample, RealtimeSLAConfig, RealtimeSLAReport, MonotonicRealtimeClock, RealtimeClock, RealtimeRunResult, RealtimeRuntimeConfig, RealtimeTickRecord, SubMicrosecondReport, SubMicrosecondTracker, VirtualRealtimeClock, enforce_realtime_sla, evaluate_realtime_sla, run_realtime_control_loop, summarise_cycle_samples]

Cloud-Native Deployment

::: scpn_quantum_control.deployment.cloud_native options: members: [ContainerResources, CloudDeploymentSpec, CloudManifestBundle, generate_cloud_manifests]

Hardware Abstraction Layer

::: scpn_quantum_control.hardware.backends options: members: [QuantumBackendDescriptor, describe_hal_backend_profile, list_hal_backend_descriptors, describe_backend, list_quantum_backends]

::: scpn_quantum_control.hardware.provider_smoke options: members: [AggregatorProviderOptionalDependencyRow, ProviderOptionalDependencyRow, aggregator_provider_optional_dependency_matrix, main, provider_optional_dependency_matrix]

::: scpn_quantum_control.hardware.provider_capability_discovery options: members: [ProviderCapabilitySnapshot, ProviderCapabilityDecision, assess_provider_capability_snapshot, probe_aggregator_provider_capability, snapshot_from_azure_target, snapshot_from_braket_device, snapshot_from_dwave_solver, snapshot_from_iqm_backend, snapshot_from_ionq_backend, snapshot_from_oqc_target, snapshot_from_pasqal_target, snapshot_from_qiskit_runtime_backend, snapshot_from_qbraid_device, snapshot_from_quandela_processor, snapshot_from_quantinuum_backend, snapshot_from_quera_bloqade, snapshot_from_rigetti_qcs, snapshot_from_strangeworks_backend]

::: scpn_quantum_control.hardware.aggregators options: members: [AggregatorProviderRoute, ResolvedAggregatorProviderRoute, aggregator_provider_routes_for, built_in_aggregator_provider_routes, resolve_aggregator_provider_route]

::: scpn_quantum_control.hardware.hal options: members: [BackendCapabilities, BackendProfile, QuantumWorkload, QuantumJobRef, QuantumJobResult, QuantumBackend, LocalDeterministicSimulator, HardwareAbstractionLayer, built_in_backend_profiles]

::: scpn_quantum_control.hardware.hal_qiskit options: members: [QiskitAerHALAdapter, QiskitRuntimeHALAdapter, qiskit_circuit_to_workload, qiskit_circuit_to_qasm3_workload]

::: scpn_quantum_control.hardware.hal_braket options: members: [BraketLocalHALAdapter, BraketAwsHALAdapter, braket_circuit_to_workload]

::: scpn_quantum_control.hardware.hal_cirq options: members: [CirqLocalHALAdapter, cirq_circuit_workload]

::: scpn_quantum_control.hardware.hal_dwave options: members: [DWaveLeapHALAdapter, dwave_bqm_workload]

::: scpn_quantum_control.hardware.hal_azure options: members: [AzureQuantumHALAdapter, azure_openqasm3_to_workload]

::: scpn_quantum_control.hardware.hal_ionq options: members: [IonQCloudHALAdapter, ionq_qis_workload]

::: scpn_quantum_control.hardware.hal_iqm options: members: [IQMHALAdapter, iqm_qiskit_workload]

::: scpn_quantum_control.hardware.hal_oqc options: members: [OQCHALAdapter, oqc_openqasm3_workload]

::: scpn_quantum_control.hardware.hal_pasqal options: members: [PasqalPulserHALAdapter, pulser_sequence_workload]

::: scpn_quantum_control.hardware.hal_pennylane options: members: [PennyLaneDeviceHALAdapter, pennylane_gate_workload]

::: scpn_quantum_control.hardware.hal_qbraid options: members: [QbraidRuntimeHALAdapter, qbraid_program_to_workload]

::: scpn_quantum_control.hardware.hal_strangeworks options: members: [StrangeworksComputeHALAdapter, strangeworks_program_to_workload]

::: scpn_quantum_control.hardware.hal_quandela options: members: [QuandelaPercevalHALAdapter, quandela_perceval_workload]

::: scpn_quantum_control.hardware.hal_quera_bloqade options: members: [QuEraBloqadeHALAdapter, bloqade_ahs_workload]

::: scpn_quantum_control.hardware.hal_quantinuum options: members: [QuantinuumCloudHALAdapter, quantinuum_tket_workload]

::: scpn_quantum_control.hardware.hal_rigetti options: members: [RigettiQCSHALAdapter, rigetti_quil_workload]

Identity

::: scpn_quantum_control.identity.ground_state options: members: [IdentityAttractor]

::: scpn_quantum_control.identity.coherence_budget options: members: [coherence_budget, fidelity_at_depth]

::: scpn_quantum_control.identity.entanglement_witness options: members: [chsh_from_statevector, disposition_entanglement_map]

::: scpn_quantum_control.identity.identity_key options: members: [identity_fingerprint, prove_identity, verify_identity]

::: scpn_quantum_control.identity.binding_spec options: members: [ARCANE_SAPIENCE_SPEC, ORCHESTRATOR_MAPPING, build_identity_attractor, solve_identity, quantum_to_orchestrator_phases, orchestrator_to_quantum_phases]

Benchmarks

::: scpn_quantum_control.benchmarks.classical_baselines options: members: [ClassicalBaselineRun, available_baselines, scipy_ode_baseline, qutip_lindblad_baseline, mps_tebd_baseline, run_documented_classical_baselines]

::: scpn_quantum_control.benchmarks.quantum_advantage options: members: [AdvantageResult, classical_benchmark, quantum_benchmark, estimate_crossover, run_scaling_benchmark]

QEC

::: scpn_quantum_control.qec.fault_tolerant options: members: [LogicalQubit, RepetitionCodeUPDE]

::: scpn_quantum_control.qec.surface_code_upde options: members: [SurfaceCodeSpec, SurfaceCodeUPDE]

Mitigation

::: scpn_quantum_control.mitigation.pec options: members: [PECResult, pauli_twirl_decompose, pec_sample]

::: scpn_quantum_control.mitigation.zne options: members: [ZNEResult, gate_fold_circuit, zne_extrapolate]

Hardware

::: scpn_quantum_control.hardware.trapped_ion options: members: [trapped_ion_noise_model, transpile_for_trapped_ion]

::: scpn_quantum_control.hardware.fast_classical options: members: [fast_sparse_evolution]

::: scpn_quantum_control.hardware.runner options: members: [HardwareRunner, JobResult]

Analysis

::: scpn_quantum_control.analysis.sync_witness options: members: [WitnessResult, evaluate_all_witnesses]

::: scpn_quantum_control.analysis.witness_discovery options: members: [WitnessCandidate, WitnessDiscoverySpec, WitnessDiscoveryEvaluation, WitnessDiscoveryResult, WitnessSearchMode, discover_kuramoto_witnesses, score_witness_candidates]

::: scpn_quantum_control.analysis.quantum_persistent_homology options: members: [QuantumPHResult, quantum_persistent_homology, ph_sync_scan]

::: scpn_quantum_control.analysis.berry_phase options: members: [BerryPhaseResult, berry_phase_scan]

::: scpn_quantum_control.analysis.finite_size_scaling options: members: [FSSFitDiagnostics, FSSResult, finite_size_scaling]

::: scpn_quantum_control.analysis.krylov_complexity options: members: [KrylovResult, krylov_vs_coupling]

::: scpn_quantum_control.analysis.magic_nonstabilizerness options: members: [MagicResult, magic_vs_coupling]

::: scpn_quantum_control.analysis.theory_hook_promotion options: members: [TheoryHookTier, TheoryHookRole, TheoryHookStatus, TheoryHookPromotionRecord, TheoryHookEvidenceRecord, TheoryHookPromotionReport, list_theory_hook_promotions, get_theory_hook_promotion, run_theory_hook_evidence, build_theory_hook_promotion_report, render_theory_hook_promotion_markdown]

::: scpn_quantum_control.analysis.research_lane_registry options: members: [ResearchLaneMaturity, ResearchLaneDiffHook, ResearchLaneClaimStatus, ResearchLaneRecord, ResearchLaneInventoryReport, ResearchLaneRegistryReport, list_research_lanes, get_research_lane, discover_research_lane_modules, validate_research_lane_inventory, assert_research_lane_inventory, build_research_lane_registry_report, render_research_lane_registry_markdown]

::: scpn_quantum_control.analysis.rl_research_governance options: members: [RLResearchLane, RLResearchGovernanceError, RLResearchPolicy, RLResearchDecision, RLSeedEvaluation, RLSeedSuiteReport, estimate_witness_evaluation_budget, assess_rl_research, assert_rl_research_allowed, build_witness_seed_suite, run_governed_witness_seed_suite, build_rl_research_evidence_report, render_rl_research_evidence_markdown]

Crypto

::: scpn_quantum_control.crypto options: show_root_heading: true

Applications

::: scpn_quantum_control.applications options: show_root_heading: true

::: scpn_quantum_control.applications.dataset_catalog options: members: [ApplicationBenchmarkDescriptor, ApplicationBenchmarkPrivacyAudit, list_application_benchmark_descriptors, get_application_benchmark_descriptor, load_application_benchmark_artifact, audit_application_benchmark_privacy, artifact_to_kuramoto_problem]

::: scpn_quantum_control.applications.honesty_kits options: members: [ApplicationSupportStatus, ApplicationDataOrigin, DomainApplicationHonestyKit, ApplicationHonestyAuditReport, list_domain_application_honesty_kits, get_domain_application_honesty_kit, get_domain_application_honesty_kit_for_dataset, build_application_honesty_audit_report, render_application_honesty_audit_markdown]

::: scpn_quantum_control.applications.app_plugins options: members: [ApplicationPluginBenchmark, ApplicationPluginRegistry, get_application_plugin, load_application_dataset, compile_application_problem, run_application_benchmark_suite]