Index

_

__post_init__() (quscope.quantum_ctem.ctf_calculator.CTFParameters method) (quscope.quantum_ctem.hamiltonian.HamiltonianParameters method) (quscope.quantum_ctem.quantum_ctem_circuit.QuantumCTEMParameters method)

__repr__() (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction method)

A

a (quscope.quantum_ctem.materials.MaterialParameters property) a0 (quscope.utils.constants.PhysicalConstants attribute) a_coefficients (quscope.quantum_ctem.materials.AtomicScatteringParams attribute), [1] aberrations (quscope.quantum_ctem.ctf_calculator.CTFParameters attribute), [1] abf_inner (quscope.quantum_ctem.quantum_stem.STEMDetectors attribute) abf_outer (quscope.quantum_ctem.quantum_stem.STEMDetectors attribute) acceleration_voltage (quscope.quantum_ctem.hamiltonian.HamiltonianParameters attribute), [1] (quscope.quantum_ctem.quantum_ctem_circuit.QuantumCTEMParameters attribute), [1] adf_inner (quscope.quantum_ctem.quantum_stem.STEMDetectors attribute) adf_outer (quscope.quantum_ctem.quantum_stem.STEMDetectors attribute)

analyze_momentum_distribution() (in module quscope.quantum_ctem.momentum_space) aperture (quscope.quantum_ctem.ctf_calculator.CTFParameters attribute), [1] (quscope.quantum_ctem.workflows.MicroscopeConfig attribute), [1] apply() (quscope.quantum_ctem.hamiltonian.FreeParticleHamiltonian method) (quscope.quantum_ctem.hamiltonian.LensHamiltonian method) (quscope.quantum_ctem.hamiltonian.SampleHamiltonian method) apply_filter_classical() (quscope.quantum_ctem.momentum_space.MomentumSpaceFilter method) apply_iqft() (quscope.simulations.quantum_utils.TEMQFT method) apply_qft() (quscope.simulations.quantum_utils.TEMQFT method) atomic_number (quscope.quantum_ctem.materials.AtomicScatteringParams attribute), [1] AtomicScatteringParams (class in quscope.quantum_ctem.materials)

B

b (quscope.quantum_ctem.materials.MaterialParameters property) b_coefficients (quscope.quantum_ctem.materials.AtomicScatteringParams attribute), [1] Backend (class in quscope.quantum_ctem.backends) backend (quscope.quantum_ctem.workflows.CTEMWorkflow attribute) backend_name (quscope.quantum_ctem.backends.ExecutionResult attribute) backend_result (quscope.quantum_ctem.workflows.SimulationResult attribute) BackendConfig (class in quscope.quantum_ctem.backends) basis_gates (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile attribute), [1] beam_energy (quscope.ctem.multislice_simulator.MultisliceSimulator attribute) (quscope.ctem.wpoa_simulator.WPOASimulator attribute) benchmark_quantum_classical_integration() (in module quscope.quantum_ctem.classical_integration) benchmark_single_configuration() (quscope.quantum_ctem.performance_benchmarking.PerformanceBenchmark method) benchmark_state_preparation() (in module quscope.quantum_ctem.circuit_optimization) BenchmarkResult (class in quscope.quantum_ctem.performance_benchmarking) BenchmarkVisualizer (class in quscope.quantum_ctem.benchmark_visualization) bf_outer (quscope.quantum_ctem.quantum_stem.STEMDetectors attribute) BOND_LENGTH (quscope.quantum_ctem.materials.Graphene attribute) bridge (quscope.quantum_ctem.classical_integration.MultisliceQuantumInterface attribute) (quscope.quantum_ctem.classical_integration.WPOAQuantumInterface attribute)

build_circuit() (quscope.quantum_ctem.quantum_ctem_circuit.LensCTFCircuit method) (quscope.quantum_ctem.quantum_ctem_circuit.PhaseGratingCircuit method) (quscope.quantum_ctem.quantum_multislice_circuit.FresnelPropagatorCircuit method) build_full_circuit() (quscope.quantum_ctem.quantum_ctem_circuit.QuantumCTEMCircuit method) (quscope.quantum_ctem.quantum_multislice_circuit.QuantumMultisliceCircuit method) build_nanoribbon() (quscope.quantum_ctem.materials.Graphene method) build_probe_circuit() (in module quscope.quantum_ctem.quantum_stem_multislice) build_quantum_circuit() (quscope.quantum_ctem.workflows.CTEMWorkflow method) build_structure() (quscope.quantum_ctem.materials.Graphene method) (quscope.quantum_ctem.materials.Material method) (quscope.quantum_ctem.materials.MoS2 method) (quscope.quantum_ctem.workflows.CTEMWorkflow method) (quscope.quantum_ctem.workflows.GrapheneWorkflow method) (quscope.quantum_ctem.workflows.MoS2Workflow method) build_supercell() (quscope.quantum_ctem.materials.Graphene method) (quscope.quantum_ctem.materials.MoS2 method) build_with_vacancy() (quscope.quantum_ctem.materials.Graphene method)

C

c (quscope.quantum_ctem.materials.MaterialParameters property) (quscope.utils.constants.PhysicalConstants attribute) c5 (quscope.quantum_ctem.ctf_calculator.CTFParameters attribute), [1] (quscope.quantum_ctem.quantum_ctem_circuit.QuantumCTEMParameters attribute), [1] (quscope.quantum_ctem.workflows.MicroscopeConfig attribute) calculate_2d() (quscope.ctem.kirkland_potential.KirklandPotential method) calculate_aberration_function() (quscope.quantum_ctem.hamiltonian.LensHamiltonian method) calculate_chi() (quscope.quantum_ctem.quantum_ctem_circuit.LensCTFCircuit method) calculate_information_limit() (quscope.quantum_ctem.ctf_calculator.CTFCalculator method) calculate_intensity() (quscope.quantum_ctem.hamiltonian.TEMHamiltonian method) calculate_multiple_atoms() (quscope.ctem.kirkland_potential.KirklandPotential method) calculate_point_resolution() (quscope.quantum_ctem.ctf_calculator.CTFCalculator method) calculate_propagator() (quscope.ctem.multislice_simulator.MultisliceSimulator method) (quscope.simulations.multislice.ThickCTEM method) calculate_propagator_phase() (quscope.quantum_ctem.quantum_multislice_circuit.FresnelPropagatorCircuit method) calculate_scherzer_defocus() (quscope.quantum_ctem.ctf_calculator.CTFCalculator method) calculate_sigma() (quscope.utils.constants.PhysicalConstants static method) calculate_slice_transmission() (quscope.ctem.multislice_simulator.MultisliceSimulator method) (quscope.simulations.multislice.ThickCTEM method) calculate_transmission_function() (quscope.ctem.wpoa_simulator.WPOASimulator method) (quscope.simulations.wpo.ThinCTEM method) calculate_wavelength() (quscope.utils.constants.PhysicalConstants static method) channel (quscope.quantum_ctem.backends.IBMBackend attribute) chi() (quscope.quantum_ctem.ctf_calculator.CTFCalculator method) circuit_depth (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) (quscope.quantum_ctem.workflows.SimulationResult attribute) classical_intensity (quscope.quantum_ctem.workflows.SimulationResult attribute) classical_multislice() (quscope.quantum_ctem.quantum_multislice_circuit.QuantumClassicalMultisliceValidator method) classical_simulation() (quscope.quantum_ctem.quantum_ctem_circuit.QuantumClassicalValidator method) classical_to_quantum() (quscope.quantum_ctem.classical_integration.QuantumClassicalBridge method) compare() (quscope.quantum_ctem.quantum_ctem_circuit.QuantumClassicalValidator method) (quscope.quantum_ctem.quantum_multislice_circuit.QuantumClassicalMultisliceValidator method)

compare_devices() (quscope.quantum_ctem.ibm_hardware_validation.IBMHardwareValidator method) compare_optimization_methods() (quscope.quantum_ctem.performance_benchmarking.PerformanceBenchmark method) compare_quantum_classical() (quscope.quantum_ctem.classical_integration.WPOAQuantumInterface method) compare_strategies() (quscope.quantum_ctem.circuit_optimization.HardwareTranspiler method) compare_with_classical() (quscope.quantum_ctem.workflows.MoS2Workflow method) connect() (quscope.quantum_ctem.backends.Backend method) (quscope.quantum_ctem.backends.IBMBackend method) (quscope.quantum_ctem.backends.SimulatorBackend method) convergence (quscope.quantum_ctem.workflows.MicroscopeConfig attribute), [1] correlation_coefficient (quscope.quantum_ctem.workflows.SimulationResult attribute) counts (quscope.quantum_ctem.backends.ExecutionResult attribute) coupling_map (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile attribute), [1] create_2d_iqft_circuit() (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction method) create_2d_qft_circuit() (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction method) create_aperture_filter() (quscope.quantum_ctem.momentum_space.MomentumSpaceFilter method) create_backend() (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile method) create_five_atoms_example() (in module quscope.simulations.wpo) create_gaas_structure() (in module quscope.simulations.multislice) create_iqft_circuit() (quscope.quantum_ctem.momentum_space.MomentumSpaceConverter method) create_lowpass_filter() (quscope.quantum_ctem.momentum_space.MomentumSpaceFilter method) create_qft_circuit() (quscope.quantum_ctem.momentum_space.MomentumSpaceConverter method) create_summary_figure() (in module quscope.quantum_ctem.benchmark_visualization) cs (quscope.quantum_ctem.ctf_calculator.CTFParameters attribute), [1] (quscope.quantum_ctem.quantum_ctem_circuit.QuantumCTEMParameters attribute), [1] (quscope.quantum_ctem.workflows.MicroscopeConfig attribute), [1] CTEMWorkflow (class in quscope.quantum_ctem.workflows) ctf() (quscope.quantum_ctem.ctf_calculator.CTFCalculator method) (quscope.quantum_ctem.hamiltonian.LensHamiltonian method) CTFCalculator (class in quscope.quantum_ctem.ctf_calculator) CTFParameters (class in quscope.quantum_ctem.ctf_calculator) CTFVisualizer (class in quscope.quantum_ctem.ctf_calculator)

D

decode_quantum_state() (quscope.simulations.quantum_utils.TEMQFT method) decoding_time (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) DEFAULT_PARAMS_FILE (quscope.ctem.kirkland_potential.KirklandPotential attribute) defocus (quscope.quantum_ctem.ctf_calculator.CTFParameters attribute), [1] (quscope.quantum_ctem.quantum_ctem_circuit.QuantumCTEMParameters attribute), [1] (quscope.quantum_ctem.workflows.MicroscopeConfig attribute), [1] demo_quantum_ctem() (in module quscope.quantum_ctem.quantum_ctem_circuit)

demonstrate_uncertainty_principle() (in module quscope.quantum_ctem.momentum_space) depth (quscope.quantum_ctem.backends.ExecutionResult attribute) device (quscope.quantum_ctem.backends.SimulatorBackend attribute) device_name (quscope.quantum_ctem.backends.IBMBackend attribute) DEVICE_PROFILES (quscope.quantum_ctem.backends.IBMBackend attribute) dx (quscope.ctem.multislice_simulator.MultisliceSimulator attribute) (quscope.ctem.wpoa_simulator.WPOASimulator attribute) dynamic_decoupling (quscope.quantum_ctem.backends.BackendConfig attribute)

E

e_charge (quscope.utils.constants.PhysicalConstants attribute) edge_type (quscope.quantum_ctem.materials.Graphene attribute) elements (quscope.quantum_ctem.materials.MaterialParameters attribute), [1] encode_to_quantum_state() (quscope.simulations.quantum_utils.TEMQFT method) encoding_time (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) energy() (quscope.quantum_ctem.hamiltonian.FreeParticleHamiltonian method) energy_spread (quscope.quantum_ctem.workflows.MicroscopeConfig attribute), [1] error_message (quscope.quantum_ctem.backends.ExecutionResult attribute) estimate_fidelity() (in module quscope.quantum_ctem.ibm_hardware_validation) (quscope.quantum_ctem.circuit_optimization.HardwareTranspiler method)

estimate_hardware_costs() (quscope.quantum_ctem.performance_benchmarking.PerformanceBenchmark method) estimated_fidelity_ibm (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) estimated_runtime_ibm (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) execution_time (quscope.quantum_ctem.backends.ExecutionResult attribute) (quscope.quantum_ctem.workflows.SimulationResult attribute) ExecutionResult (class in quscope.quantum_ctem.backends) expected_contrast() (quscope.quantum_ctem.materials.Graphene method) (quscope.quantum_ctem.materials.MoS2 method) extract_wave() (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction method)

F

fidelity (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) field_of_view (quscope.quantum_ctem.workflows.SimulationResult attribute) find_first_zero() (quscope.quantum_ctem.ctf_calculator.CTFCalculator method) formula (quscope.quantum_ctem.materials.Material property) (quscope.quantum_ctem.materials.MaterialParameters attribute), [1]

FreeParticleHamiltonian (class in quscope.quantum_ctem.hamiltonian) fresnel_propagator_phase() (in module quscope.quantum_ctem.quantum_stem_multislice) FresnelPropagatorCircuit (class in quscope.quantum_ctem.quantum_multislice_circuit)

G

gate_counts (quscope.quantum_ctem.backends.ExecutionResult attribute) generate_deployment_guide() (quscope.quantum_ctem.ibm_hardware_validation.IBMHardwareValidator method) generate_report() (quscope.quantum_ctem.performance_benchmarking.PerformanceBenchmark method) get_aberration_function() (quscope.quantum_ctem.hamiltonian.TEMHamiltonian method) get_atoms_in_slice() (quscope.ctem.multislice_simulator.MultisliceSimulator method) (quscope.simulations.multislice.ThickCTEM method) get_backend() (in module quscope.quantum_ctem.backends) get_circuit_metrics() (quscope.quantum_ctem.backends.Backend method) (quscope.quantum_ctem.circuit_optimization.StatePreparationOptimizer method) get_column_positions() (quscope.quantum_ctem.materials.MoS2 method) get_contrast() (quscope.quantum_ctem.workflows.SimulationResult method) get_ctf() (quscope.quantum_ctem.hamiltonian.TEMHamiltonian method) (quscope.quantum_ctem.quantum_ctem_circuit.QuantumCTEMCircuit method) get_device_info() (quscope.quantum_ctem.backends.IBMBackend method) get_diffraction_spots() (quscope.quantum_ctem.materials.Graphene method) get_element_symbol() (quscope.ctem.kirkland_potential.KirklandPotential method) (quscope.utils.kirkland.KirklandPotential method) get_info() (quscope.quantum_ctem.quantum_ctem_circuit.QuantumCTEMCircuit method) (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction method) get_intensity() (quscope.quantum_ctem.backends.ExecutionResult method)

get_interaction_constant() (quscope.quantum_ctem.materials.Material method) get_material() (in module quscope.quantum_ctem.materials) get_momentum_grid() (quscope.quantum_ctem.momentum_space.MomentumSpaceConverter method) get_normalization_factor() (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction method) get_parameters() (quscope.ctem.kirkland_potential.KirklandPotential method) get_projected_potential() (quscope.quantum_ctem.materials.Material method) get_scattering_params() (quscope.quantum_ctem.materials.Graphene method) (quscope.quantum_ctem.materials.Material method) (quscope.quantum_ctem.materials.MoS2 method) get_simulation_parameters() (quscope.ctem.wpoa_simulator.WPOASimulator method) get_statevector() (quscope.quantum_ctem.backends.SimulatorBackend method) get_statevector_2d() (quscope.quantum_ctem.backends.ExecutionResult method) get_sublattice_positions() (quscope.quantum_ctem.materials.Graphene method) get_transmission_function() (quscope.quantum_ctem.quantum_ctem_circuit.PhaseGratingCircuit method) Graphene (class in quscope.quantum_ctem.materials) GrapheneWorkflow (class in quscope.quantum_ctem.workflows) grid_size (quscope.quantum_ctem.quantum_ctem_circuit.QuantumCTEMParameters attribute), [1] (quscope.quantum_ctem.workflows.SimulationResult attribute) grid_size_x (quscope.quantum_ctem.hamiltonian.HamiltonianParameters attribute), [1] grid_size_y (quscope.quantum_ctem.hamiltonian.HamiltonianParameters attribute), [1]

H

h (quscope.utils.constants.PhysicalConstants attribute) haadf_inner (quscope.quantum_ctem.quantum_stem.STEMDetectors attribute) haadf_outer (quscope.quantum_ctem.quantum_stem.STEMDetectors attribute)

HamiltonianParameters (class in quscope.quantum_ctem.hamiltonian) HardwareTranspiler (class in quscope.quantum_ctem.circuit_optimization) HC (quscope.ctem.wpoa_simulator.WPOASimulator attribute) hc (quscope.utils.constants.PhysicalConstants attribute)

I

ibm_brisbane() (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile static method) ibm_kyoto() (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile static method) ibm_nazca() (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile static method) ibm_sherbrooke() (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile static method) IBMBackend (class in quscope.quantum_ctem.backends) IBMDeviceProfile (class in quscope.quantum_ctem.ibm_hardware_validation) IBMHardwareValidator (class in quscope.quantum_ctem.ibm_hardware_validation) image_size (quscope.ctem.multislice_simulator.MultisliceSimulator attribute) (quscope.ctem.wpoa_simulator.WPOASimulator attribute)

init_qubits (quscope.quantum_ctem.backends.BackendConfig attribute) intensity (quscope.quantum_ctem.workflows.SimulationResult attribute) interaction_constant (quscope.quantum_ctem.hamiltonian.HamiltonianParameters attribute), [1] interaction_constant() (in module quscope.quantum_ctem.quantum_ctem_circuit) iqft_1d() (quscope.simulations.quantum_utils.TEMQFT method) iqft_2d() (quscope.simulations.quantum_utils.TEMQFT method) is_connected (quscope.quantum_ctem.backends.Backend property)

J

job_id (quscope.quantum_ctem.backends.ExecutionResult attribute)

K

kirkland_potential_2d() (quscope.ctem.multislice_simulator.MultisliceSimulator method) (quscope.utils.kirkland.KirklandPotential method)

KirklandPotential (class in quscope.ctem.kirkland_potential) (class in quscope.utils.kirkland)

L

lattice_angles (quscope.quantum_ctem.materials.MaterialParameters attribute), [1] LATTICE_CONSTANT (quscope.quantum_ctem.materials.Graphene attribute) lattice_constants (quscope.quantum_ctem.materials.MaterialParameters attribute), [1] LAYER_SPACING (quscope.quantum_ctem.materials.Graphene attribute) layer_type (quscope.quantum_ctem.materials.MoS2 attribute)

LensCTFCircuit (class in quscope.quantum_ctem.quantum_ctem_circuit) LensHamiltonian (class in quscope.quantum_ctem.hamiltonian) list_available_backends() (in module quscope.quantum_ctem.backends) list_devices() (quscope.quantum_ctem.backends.IBMBackend method) list_materials() (in module quscope.quantum_ctem.materials) load_parameters() (quscope.utils.kirkland.KirklandPotential method)

M

M0C2 (quscope.ctem.wpoa_simulator.WPOASimulator attribute) m0c2 (quscope.utils.constants.PhysicalConstants attribute) m_e (quscope.utils.constants.PhysicalConstants attribute) masks() (quscope.quantum_ctem.quantum_stem.STEMDetectors method) Material (class in quscope.quantum_ctem.materials) material (quscope.quantum_ctem.workflows.CTEMWorkflow attribute) material_name (quscope.quantum_ctem.workflows.SimulationResult attribute) MaterialParameters (class in quscope.quantum_ctem.materials) memory (quscope.quantum_ctem.backends.BackendConfig attribute) memory_circuit (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) memory_classical (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) memory_statevector (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) microscope (quscope.quantum_ctem.workflows.CTEMWorkflow attribute) microscope_config (quscope.quantum_ctem.workflows.SimulationResult attribute) MicroscopeConfig (class in quscope.quantum_ctem.workflows) module quscope.ctem.kirkland_potential quscope.ctem.multislice_simulator quscope.ctem.wpoa_simulator quscope.quantum_ctem.backends quscope.quantum_ctem.benchmark_visualization quscope.quantum_ctem.circuit_optimization quscope.quantum_ctem.classical_integration quscope.quantum_ctem.ctf_calculator quscope.quantum_ctem.hamiltonian quscope.quantum_ctem.ibm_hardware_validation quscope.quantum_ctem.materials quscope.quantum_ctem.momentum_space quscope.quantum_ctem.performance_benchmarking quscope.quantum_ctem.quantum_ctem_circuit quscope.quantum_ctem.quantum_multislice_circuit quscope.quantum_ctem.quantum_stem quscope.quantum_ctem.quantum_stem_multislice quscope.quantum_ctem.quantum_wave_function quscope.quantum_ctem.workflows quscope.simulations.multislice quscope.simulations.quantum_utils quscope.simulations.wpo quscope.utils.constants quscope.utils.kirkland

MomentumSpaceConverter (class in quscope.quantum_ctem.momentum_space) MomentumSpaceFilter (class in quscope.quantum_ctem.momentum_space) MoS2 (class in quscope.quantum_ctem.materials) MoS2Workflow (class in quscope.quantum_ctem.workflows) multislice (quscope.quantum_ctem.classical_integration.MultisliceQuantumInterface attribute) MultisliceQuantumInterface (class in quscope.quantum_ctem.classical_integration) MultisliceSimulator (class in quscope.ctem.multislice_simulator)

N

n_atoms (quscope.quantum_ctem.workflows.SimulationResult attribute) n_qubits (quscope.quantum_ctem.workflows.SimulationResult attribute) n_qubits_x (quscope.quantum_ctem.classical_integration.MultisliceQuantumInterface attribute) (quscope.quantum_ctem.classical_integration.QuantumClassicalBridge attribute) (quscope.quantum_ctem.classical_integration.WPOAQuantumInterface attribute) (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction attribute) n_qubits_y (quscope.quantum_ctem.classical_integration.MultisliceQuantumInterface attribute) (quscope.quantum_ctem.classical_integration.QuantumClassicalBridge attribute) (quscope.quantum_ctem.classical_integration.WPOAQuantumInterface attribute) (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction attribute)

name (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile attribute), [1] (quscope.quantum_ctem.materials.Material property) (quscope.quantum_ctem.materials.MaterialParameters attribute), [1] num_qubits (quscope.quantum_ctem.backends.ExecutionResult attribute) (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile attribute), [1]

O

objective_lens_transfer_function() (quscope.ctem.wpoa_simulator.WPOASimulator method) (quscope.simulations.wpo.ThinCTEM method)

optimization_level (quscope.quantum_ctem.backends.BackendConfig attribute)

P

parameters (quscope.quantum_ctem.materials.Graphene property) (quscope.quantum_ctem.materials.Material property) (quscope.quantum_ctem.materials.MoS2 property) params_dict (quscope.ctem.kirkland_potential.KirklandPotential attribute) ParsevalValidator (class in quscope.quantum_ctem.momentum_space) PerformanceBenchmark (class in quscope.quantum_ctem.performance_benchmarking) phase (quscope.quantum_ctem.workflows.SimulationResult attribute) PhaseGratingCircuit (class in quscope.quantum_ctem.quantum_ctem_circuit) PhysicalConstants (class in quscope.utils.constants) pixel_size (quscope.quantum_ctem.hamiltonian.HamiltonianParameters attribute), [1] (quscope.quantum_ctem.quantum_ctem_circuit.QuantumCTEMParameters attribute), [1] (quscope.quantum_ctem.workflows.SimulationResult attribute) pixels (quscope.ctem.multislice_simulator.MultisliceSimulator attribute) (quscope.ctem.wpoa_simulator.WPOASimulator attribute) (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) pixels_x (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction attribute) pixels_y (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction attribute) plot_1d_ctf() (quscope.quantum_ctem.ctf_calculator.CTFVisualizer method) plot_2d_ctf() (quscope.quantum_ctem.ctf_calculator.CTFVisualizer method) plot_accuracy_analysis() (quscope.quantum_ctem.benchmark_visualization.BenchmarkVisualizer method) plot_all() (quscope.quantum_ctem.benchmark_visualization.BenchmarkVisualizer method)

plot_hardware_costs() (quscope.quantum_ctem.benchmark_visualization.BenchmarkVisualizer method) plot_intensity_vs_thickness() (quscope.simulations.multislice.ThickCTEM method) plot_memory_profile() (quscope.quantum_ctem.benchmark_visualization.BenchmarkVisualizer method) plot_multi_voltage_comparison() (quscope.quantum_ctem.ctf_calculator.CTFVisualizer method) plot_optimization_comparison() (quscope.quantum_ctem.benchmark_visualization.BenchmarkVisualizer method) plot_phase_contrast_image() (quscope.simulations.wpo.ThinCTEM method) plot_phase_contrast_series() (quscope.simulations.multislice.ThickCTEM method) plot_scaling_analysis() (quscope.quantum_ctem.benchmark_visualization.BenchmarkVisualizer method) plot_transmission_function() (quscope.simulations.wpo.ThinCTEM method) plot_wave_magnitude() (quscope.simulations.multislice.ThickCTEM method) potential_calculator (quscope.ctem.wpoa_simulator.WPOASimulator attribute) prepare_arbitrary_wave() (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction method) prepare_incident_wave() (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction method) prepare_state() (quscope.quantum_ctem.circuit_optimization.StatePreparationOptimizer method) print_intensity_table() (quscope.simulations.multislice.ThickCTEM method) probabilities (quscope.quantum_ctem.backends.ExecutionResult attribute) profile_memory_usage() (quscope.quantum_ctem.performance_benchmarking.PerformanceBenchmark method) projected_potential (quscope.quantum_ctem.workflows.SimulationResult attribute) projected_potential() (quscope.quantum_ctem.materials.AtomicScatteringParams method) propagate() (quscope.quantum_ctem.hamiltonian.TEMHamiltonian method) propagator() (quscope.quantum_ctem.hamiltonian.FreeParticleHamiltonian method)

Q

qft_1d() (quscope.simulations.quantum_utils.TEMQFT method) qft_2d() (quscope.simulations.quantum_utils.TEMQFT method) quantum_to_classical() (quscope.quantum_ctem.classical_integration.QuantumClassicalBridge method) QuantumClassicalBridge (class in quscope.quantum_ctem.classical_integration) QuantumClassicalMultisliceValidator (class in quscope.quantum_ctem.quantum_multislice_circuit) QuantumClassicalValidator (class in quscope.quantum_ctem.quantum_ctem_circuit) QuantumCTEMCircuit (class in quscope.quantum_ctem.quantum_ctem_circuit) QuantumCTEMParameters (class in quscope.quantum_ctem.quantum_ctem_circuit) QuantumMultisliceCircuit (class in quscope.quantum_ctem.quantum_multislice_circuit) QuantumMultisliceParameters (class in quscope.quantum_ctem.quantum_multislice_circuit) QuantumWaveFunction (class in quscope.quantum_ctem.quantum_wave_function) quick_benchmark() (in module quscope.quantum_ctem.performance_benchmarking) quscope.ctem.kirkland_potential module quscope.ctem.multislice_simulator module quscope.ctem.wpoa_simulator module quscope.quantum_ctem.backends module quscope.quantum_ctem.benchmark_visualization module quscope.quantum_ctem.circuit_optimization module quscope.quantum_ctem.classical_integration module quscope.quantum_ctem.ctf_calculator module quscope.quantum_ctem.hamiltonian module

quscope.quantum_ctem.ibm_hardware_validation module quscope.quantum_ctem.materials module quscope.quantum_ctem.momentum_space module quscope.quantum_ctem.performance_benchmarking module quscope.quantum_ctem.quantum_ctem_circuit module quscope.quantum_ctem.quantum_multislice_circuit module quscope.quantum_ctem.quantum_stem module quscope.quantum_ctem.quantum_stem_multislice module quscope.quantum_ctem.quantum_wave_function module quscope.quantum_ctem.workflows module quscope.simulations.multislice module quscope.simulations.quantum_utils module quscope.simulations.wpo module quscope.utils.constants module quscope.utils.kirkland module qwf (quscope.quantum_ctem.classical_integration.QuantumClassicalBridge attribute)

R

readout_error (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile attribute), [1] relativistic_wavelength() (in module quscope.quantum_ctem.hamiltonian) (in module quscope.quantum_ctem.quantum_ctem_circuit) resilience_level (quscope.quantum_ctem.backends.BackendConfig attribute) round_trip_error (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) round_trip_time (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) run() (quscope.quantum_ctem.backends.Backend method) (quscope.quantum_ctem.backends.IBMBackend method) (quscope.quantum_ctem.backends.SimulatorBackend method) (quscope.quantum_ctem.workflows.CTEMWorkflow method) (quscope.quantum_ctem.workflows.GrapheneWorkflow method) (quscope.quantum_ctem.workflows.MoS2Workflow method)

run_batch() (quscope.quantum_ctem.backends.Backend method) (quscope.quantum_ctem.backends.IBMBackend method) (quscope.quantum_ctem.backends.SimulatorBackend method) run_cs_series() (quscope.quantum_ctem.workflows.MoS2Workflow method) run_defocus_series() (quscope.quantum_ctem.workflows.CTEMWorkflow method) run_nanoribbon() (quscope.quantum_ctem.workflows.GrapheneWorkflow method) run_scaling_analysis() (quscope.quantum_ctem.performance_benchmarking.PerformanceBenchmark method) run_stem() (in module quscope.quantum_ctem.quantum_stem) run_stem_multislice() (in module quscope.quantum_ctem.quantum_stem_multislice) run_voltage_series() (quscope.quantum_ctem.workflows.MoS2Workflow method) run_with_vacancies() (quscope.quantum_ctem.workflows.GrapheneWorkflow method)

S

SampleHamiltonian (class in quscope.quantum_ctem.hamiltonian) save_credentials() (quscope.quantum_ctem.backends.IBMBackend static method) save_results() (quscope.quantum_ctem.performance_benchmarking.PerformanceBenchmark method) SCATTERING_PARAMS (quscope.quantum_ctem.materials.Graphene attribute) (quscope.quantum_ctem.materials.MoS2 attribute) scherzer_defocus (quscope.quantum_ctem.workflows.MicroscopeConfig property) seed_simulator (quscope.quantum_ctem.backends.BackendConfig attribute) set_potential() (quscope.quantum_ctem.hamiltonian.SampleHamiltonian method) set_sample_potential() (quscope.quantum_ctem.hamiltonian.TEMHamiltonian method) setup_quantum_state() (quscope.quantum_ctem.workflows.CTEMWorkflow method) shots (quscope.quantum_ctem.backends.BackendConfig attribute) (quscope.quantum_ctem.backends.ExecutionResult attribute) sigma (quscope.ctem.multislice_simulator.MultisliceSimulator attribute) (quscope.ctem.wpoa_simulator.WPOASimulator attribute) simulate() (quscope.quantum_ctem.quantum_ctem_circuit.QuantumCTEMCircuit method) (quscope.quantum_ctem.quantum_multislice_circuit.QuantumMultisliceCircuit method) simulate_ctem_wavefunction() (quscope.quantum_ctem.backends.SimulatorBackend method) simulate_image() (quscope.ctem.wpoa_simulator.WPOASimulator method) (quscope.simulations.wpo.ThinCTEM method) simulate_multislice() (quscope.simulations.multislice.ThickCTEM method)

simulate_thickness() (quscope.ctem.multislice_simulator.MultisliceSimulator method) simulate_thickness_series() (quscope.ctem.multislice_simulator.MultisliceSimulator method) (quscope.simulations.multislice.ThickCTEM method) simulate_with_quantum_encoding() (quscope.quantum_ctem.classical_integration.WPOAQuantumInterface method) simulate_with_quantum_slices() (quscope.quantum_ctem.classical_integration.MultisliceQuantumInterface method) simulation_method (quscope.quantum_ctem.backends.SimulatorBackend attribute) SimulationResult (class in quscope.quantum_ctem.workflows) SimulatorBackend (class in quscope.quantum_ctem.backends) single_qubit_error (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile attribute), [1] single_qubit_gates (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) slice_thickness (quscope.ctem.multislice_simulator.MultisliceSimulator attribute) (quscope.quantum_ctem.quantum_multislice_circuit.QuantumMultisliceParameters attribute) space_group (quscope.quantum_ctem.materials.MaterialParameters attribute), [1] StatePreparationOptimizer (class in quscope.quantum_ctem.circuit_optimization) statevector (quscope.quantum_ctem.backends.ExecutionResult attribute) STEMDetectors (class in quscope.quantum_ctem.quantum_stem) success (quscope.quantum_ctem.backends.ExecutionResult attribute) summary() (quscope.quantum_ctem.workflows.SimulationResult method) supercell_size (quscope.quantum_ctem.workflows.SimulationResult attribute) symbol (quscope.quantum_ctem.materials.AtomicScatteringParams attribute), [1]

T

t1_us (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile attribute), [1] t2_us (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile attribute), [1] TEMHamiltonian (class in quscope.quantum_ctem.hamiltonian) TEMQFT (class in quscope.simulations.quantum_utils) test_qubit_mapping() (quscope.quantum_ctem.ibm_hardware_validation.IBMHardwareValidator method) ThickCTEM (class in quscope.simulations.multislice) ThinCTEM (class in quscope.simulations.wpo) to_dict() (quscope.quantum_ctem.backends.BackendConfig method) (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult method) (quscope.quantum_ctem.workflows.MicroscopeConfig method) to_json() (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult method)

total_gates (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) total_qubits (quscope.quantum_ctem.quantum_wave_function.QuantumWaveFunction attribute) transfer_function() (quscope.quantum_ctem.hamiltonian.LensHamiltonian method) transform_to_momentum() (quscope.quantum_ctem.momentum_space.MomentumSpaceConverter method) transform_to_real() (quscope.quantum_ctem.momentum_space.MomentumSpaceConverter method) transmission_function (quscope.quantum_ctem.workflows.SimulationResult attribute) transmission_function() (quscope.quantum_ctem.hamiltonian.SampleHamiltonian method) transpile() (quscope.quantum_ctem.backends.Backend method) transpile_for_hardware() (quscope.quantum_ctem.circuit_optimization.HardwareTranspiler method) two_qubit_error (quscope.quantum_ctem.ibm_hardware_validation.IBMDeviceProfile attribute), [1] two_qubit_gates (quscope.quantum_ctem.performance_benchmarking.BenchmarkResult attribute) typical_thickness (quscope.quantum_ctem.materials.MaterialParameters attribute), [1]

V

V_SCALING (quscope.ctem.kirkland_potential.KirklandPotential attribute) V_scaling (quscope.ctem.kirkland_potential.KirklandPotential attribute) validate_circuit_for_ibm() (quscope.quantum_ctem.ibm_hardware_validation.IBMHardwareValidator method) validate_consistency() (quscope.quantum_ctem.classical_integration.QuantumClassicalBridge method) validate_for_device() (quscope.quantum_ctem.ibm_hardware_validation.IBMHardwareValidator method) validate_ibm_deployment() (in module quscope.quantum_ctem.ibm_hardware_validation) validate_round_trip() (quscope.quantum_ctem.momentum_space.ParsevalValidator method) validate_structure() (quscope.quantum_ctem.materials.Material method)

validate_transform() (quscope.quantum_ctem.momentum_space.ParsevalValidator method) validate_wpoa() (quscope.quantum_ctem.workflows.GrapheneWorkflow method) visualize() (quscope.quantum_ctem.workflows.CTEMWorkflow method) (quscope.quantum_ctem.workflows.GrapheneWorkflow method) (quscope.quantum_ctem.workflows.MoS2Workflow method) visualize_honeycomb() (quscope.quantum_ctem.workflows.GrapheneWorkflow method) voltage (quscope.quantum_ctem.ctf_calculator.CTFParameters attribute), [1] (quscope.quantum_ctem.workflows.MicroscopeConfig attribute), [1]

W

wavefunction (quscope.quantum_ctem.workflows.SimulationResult attribute) wavelength (quscope.ctem.multislice_simulator.MultisliceSimulator attribute) (quscope.ctem.wpoa_simulator.WPOASimulator attribute) (quscope.quantum_ctem.hamiltonian.HamiltonianParameters attribute), [1] (quscope.quantum_ctem.workflows.MicroscopeConfig property)

wpoa (quscope.quantum_ctem.classical_integration.WPOAQuantumInterface attribute) wpoa_validity() (quscope.quantum_ctem.materials.Graphene method) WPOAQuantumInterface (class in quscope.quantum_ctem.classical_integration) WPOASimulator (class in quscope.ctem.wpoa_simulator)