Index

A

AE (class in tnbs.BTC_02_AE.QQuantLib.AE.ae_class) ae_type (tnbs.BTC_02_AE.QQuantLib.AE.ae_class.AE property) angles_ansatz01() (in module tnbs.BTC_04_PH.PH.ansatzes.ansatzes) ansatz_mps() (in module tnbs.BTC_04_PH.PH.mps.ansatz_mps) ansatz_qlm_01() (in module tnbs.BTC_04_PH.PH.ansatzes.ansatzes)

ansatz_qlm_02() (in module tnbs.BTC_04_PH.PH.ansatzes.ansatzes) ansatz_selector() (in module tnbs.BTC_04_PH.PH.ansatzes.ansatzes) apply_2qubit_gate() (in module tnbs.BTC_04_PH.PH.mps.mps) apply_2qubit_gates() (in module tnbs.BTC_04_PH.PH.mps.mps) apply_iqpe() (tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe.IQPE method) apply_local_gate() (in module tnbs.BTC_04_PH.PH.mps.mps)

B

BENCHMARK (class in tnbs.BTC_01_PL.neasqc_benchmark) (class in tnbs.BTC_02_AE.neasqc_benchmark) (class in tnbs.BTC_03_QPE.neasqc_benchmark) (class in tnbs.BTC_04_PH.neasqc_benchmark) bitfield() (in module tnbs.BTC_01_PL.PL.utils) (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) (in module tnbs.BTC_03_QPE.QPE.rz_lib)

bitfield_to_int() (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) build_iterator() (in module tnbs.BTC_01_PL.my_benchmark_execution) (in module tnbs.BTC_02_AE.my_benchmark_execution) (in module tnbs.BTC_03_QPE.my_benchmark_execution) (in module tnbs.BTC_04_PH.my_benchmark_execution)

C

cbits_number (tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe.IQPE property) chebysev_bound() (tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae.IQAE static method) (tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae.RQAE static method) check_list_type() (in module tnbs.BTC_01_PL.PL.data_extracting) (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) (in module tnbs.BTC_03_QPE.QPE.qpe) combination_for_dictionary() (in module tnbs.BTC_02_AE.QQuantLib.utils.benchmark_utils) combination_for_list() (in module tnbs.BTC_02_AE.QQuantLib.utils.benchmark_utils) compose_mps() (in module tnbs.BTC_04_PH.PH.mps.mps) compute_info() (tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae.IQAE static method) (tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae.RQAE static method) compute_samples() (in module tnbs.BTC_01_PL.my_benchmark_execution) (in module tnbs.BTC_02_AE.my_benchmark_execution) (in module tnbs.BTC_03_QPE.my_benchmark_execution) (in module tnbs.BTC_04_PH.my_benchmark_execution) computing_shots() (in module tnbs.BTC_03_QPE.QPE.rz_lib) contract_indices() (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.contractions) contract_indices_old() (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.contractions) contract_indices_one_tensor() (in module tnbs.BTC_04_PH.PH.mps.mps) contract_indices_string() (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.contractions)

contraction_physical_legs() (in module tnbs.BTC_04_PH.PH.mps.mps) controlz() (in module tnbs.BTC_04_PH.PH.mps.gates_mps) cosine_window() (in module tnbs.BTC_02_AE.QQuantLib.PE.windows_pe) cost_function() (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE static method) CQPE (class in tnbs.BTC_02_AE.QQuantLib.PE.classical_qpe) (class in tnbs.BTC_03_QPE.QPE.qpe) CQPEAE (class in tnbs.BTC_02_AE.QQuantLib.AE.ae_classical_qpe) create_ae_pe_solution() (in module tnbs.BTC_02_AE.QQuantLib.utils.benchmark_utils) create_ae_solver() (tnbs.BTC_02_AE.QQuantLib.AE.ae_class.AE method) create_pe_problem() (in module tnbs.BTC_02_AE.QQuantLib.utils.benchmark_utils) create_qcircuit() (in module tnbs.BTC_01_PL.PL.data_extracting) (in module tnbs.BTC_02_AE.QQuantLib.utils.data_extracting) (in module tnbs.BTC_03_QPE.QPE.qpe) create_qjob() (in module tnbs.BTC_01_PL.PL.data_extracting) (in module tnbs.BTC_02_AE.QQuantLib.utils.data_extracting) (in module tnbs.BTC_03_QPE.QPE.qpe) create_qprogram() (in module tnbs.BTC_01_PL.PL.data_extracting) (in module tnbs.BTC_02_AE.QQuantLib.utils.data_extracting) (in module tnbs.BTC_03_QPE.QPE.qpe) create_u0_gate() (in module tnbs.BTC_02_AE.QQuantLib.AA.amplitude_amplification) create_u_gate() (in module tnbs.BTC_02_AE.QQuantLib.AA.amplitude_amplification)

D

display_information() (tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae.IQAE static method) (tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae.RQAE static method)

E

Encoding (class in tnbs.BTC_02_AE.QQuantLib.DL.encoding_protocols) encoding (tnbs.BTC_02_AE.QQuantLib.DL.encoding_protocols.Encoding property) exe() (tnbs.BTC_01_PL.my_benchmark_execution.KERNEL_BENCHMARK method) (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_01_PL.PL.load_probabilities.LoadProbabilityDensity method) (tnbs.BTC_02_AE.my_benchmark_execution.KERNEL_BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.my_benchmark_execution.KERNEL_BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.QPE.qpe_rz.QPE_RZ method) (tnbs.BTC_04_PH.my_benchmark_execution.KERNEL_BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method)

expmod() (in module tnbs.BTC_01_PL.PL.utils) (in module tnbs.BTC_02_AE.QQuantLib.utils.utils)

F

find_next_k() (tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae.IQAE static method) first_step() (tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae.RQAE method) fwht() (in module tnbs.BTC_01_PL.PL.utils) (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) fwht_dyadic() (in module tnbs.BTC_01_PL.PL.utils) (in module tnbs.BTC_02_AE.QQuantLib.utils.utils)

fwht_natural() (in module tnbs.BTC_01_PL.PL.utils) (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) fwht_sequency() (in module tnbs.BTC_01_PL.PL.utils) (in module tnbs.BTC_02_AE.QQuantLib.utils.utils)

G

get_angles() (in module tnbs.BTC_04_PH.PH.mps.ansatz_mps) get_density_matrix() (tnbs.BTC_04_PH.PH.parent_hamiltonian.parent_hamiltonian.PH method) get_histogram() (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) get_info_basefn() (in module tnbs.BTC_04_PH.PH.ph_step_exe.vqe_step) get_job_results() (tnbs.BTC_04_PH.PH.ansatzes.ansatzes.SolveCircuit method) get_local_reduced_matrix() (in module tnbs.BTC_04_PH.PH.mps.parent_hamiltonian_mps) (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.parent_hamiltonian) get_metrics() (tnbs.BTC_01_PL.PL.load_probabilities.LoadProbabilityDensity method) (tnbs.BTC_03_QPE.QPE.qpe_rz.QPE_RZ method) get_null_projectors() (in module tnbs.BTC_04_PH.PH.mps.parent_hamiltonian_mps) (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.parent_hamiltonian)

get_pauli_pdf() (tnbs.BTC_04_PH.PH.mps.parent_hamiltonian_mps.PH_MPS method) (tnbs.BTC_04_PH.PH.parent_hamiltonian.parent_hamiltonian.PH method) get_qlm_probability() (in module tnbs.BTC_01_PL.PL.data_loading) get_quantum_pdf() (tnbs.BTC_01_PL.PL.load_probabilities.LoadProbabilityDensity method) get_results() (in module tnbs.BTC_01_PL.PL.data_extracting) (in module tnbs.BTC_02_AE.QQuantLib.utils.data_extracting) (in module tnbs.BTC_03_QPE.QPE.qpe) get_theoric_pdf() (tnbs.BTC_01_PL.PL.load_probabilities.LoadProbabilityDensity method) get_theoric_probability() (in module tnbs.BTC_01_PL.PL.data_loading) getting_job() (in module tnbs.BTC_04_PH.PH.ansatzes.ansatzes) grover() (in module tnbs.BTC_02_AE.QQuantLib.AA.amplitude_amplification) grover_extended() (in module tnbs.BTC_02_AE.QQuantLib.AA.amplitude_amplification)

H

h_gate() (in module tnbs.BTC_04_PH.PH.mps.gates_mps)

I

index (tnbs.BTC_02_AE.QQuantLib.AE.ae_classical_qpe.CQPEAE property) (tnbs.BTC_02_AE.QQuantLib.AE.ae_iterative_quantum_pe.IQPEAE property) (tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae.IQAE property) (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE property) (tnbs.BTC_02_AE.QQuantLib.AE.montecarlo_ae.MCAE property) (tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae.RQAE property)

init_iqpe() (tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe.IQPE method) invert_sector() (tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae.IQAE static method) IQAE (class in tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae) iqae() (tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae.IQAE method) IQPE (class in tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe) iqpe() (tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe.IQPE method) IQPEAE (class in tnbs.BTC_02_AE.QQuantLib.AE.ae_iterative_quantum_pe)

K

kaiser_array() (in module tnbs.BTC_02_AE.QQuantLib.PE.windows_pe) kaiser_window() (in module tnbs.BTC_02_AE.QQuantLib.PE.windows_pe) KERNEL_BENCHMARK (class in tnbs.BTC_01_PL.my_benchmark_execution) (class in tnbs.BTC_02_AE.my_benchmark_execution) (class in tnbs.BTC_03_QPE.my_benchmark_execution) (class in tnbs.BTC_04_PH.my_benchmark_execution)

L

left_conditional_probability() (in module tnbs.BTC_01_PL.PL.utils) (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) likelihood() (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE static method) list_of_dicts_from_jsons() (in module tnbs.BTC_02_AE.QQuantLib.utils.benchmark_utils) load_angle() (in module tnbs.BTC_01_PL.PL.data_loading) (in module tnbs.BTC_02_AE.QQuantLib.DL.data_loading) load_angles() (in module tnbs.BTC_01_PL.PL.data_loading) (in module tnbs.BTC_02_AE.QQuantLib.DL.data_loading) load_angles_brute_force() (in module tnbs.BTC_01_PL.PL.data_loading) (in module tnbs.BTC_02_AE.QQuantLib.DL.data_loading)

load_array() (in module tnbs.BTC_02_AE.QQuantLib.DL.data_loading) load_pf() (in module tnbs.BTC_02_AE.QQuantLib.DL.data_loading) load_probability() (in module tnbs.BTC_01_PL.PL.data_loading) (in module tnbs.BTC_02_AE.QQuantLib.DL.data_loading) load_qn_gate() (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) (in module tnbs.BTC_03_QPE.QPE.qpe) LoadProbabilityDensity (class in tnbs.BTC_01_PL.PL.load_probabilities) local_ph() (tnbs.BTC_04_PH.PH.mps.parent_hamiltonian_mps.PH_MPS method) (tnbs.BTC_04_PH.PH.parent_hamiltonian.parent_hamiltonian.PH method) log_likelihood() (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE static method)

M

make_histogram() (in module tnbs.BTC_03_QPE.QPE.rz_lib) mask() (in module tnbs.BTC_01_PL.PL.data_loading) (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) MCAE (class in tnbs.BTC_02_AE.QQuantLib.AE.montecarlo_ae) measure_classical_bits() (tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe.IQPE static method) measure_state_probability() (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) MLAE (class in tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae) mlae() (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE method) module tnbs.BTC_01_PL.my_benchmark_execution tnbs.BTC_01_PL.my_benchmark_info tnbs.BTC_01_PL.my_benchmark_summary tnbs.BTC_01_PL.my_environment_info tnbs.BTC_01_PL.neasqc_benchmark tnbs.BTC_01_PL.PL.data_extracting tnbs.BTC_01_PL.PL.data_loading tnbs.BTC_01_PL.PL.load_probabilities tnbs.BTC_01_PL.PL.utils tnbs.BTC_02_AE.my_benchmark_execution tnbs.BTC_02_AE.my_benchmark_info tnbs.BTC_02_AE.my_benchmark_summary tnbs.BTC_02_AE.my_environment_info tnbs.BTC_02_AE.neasqc_benchmark tnbs.BTC_02_AE.QQuantLib.AA.amplitude_amplification tnbs.BTC_02_AE.QQuantLib.AE.ae_class tnbs.BTC_02_AE.QQuantLib.AE.ae_classical_qpe tnbs.BTC_02_AE.QQuantLib.AE.ae_iterative_quantum_pe tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae tnbs.BTC_02_AE.QQuantLib.AE.montecarlo_ae tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae tnbs.BTC_02_AE.QQuantLib.ae_sine_integral tnbs.BTC_02_AE.QQuantLib.DL.data_loading tnbs.BTC_02_AE.QQuantLib.DL.encoding_protocols tnbs.BTC_02_AE.QQuantLib.finance.quantum_integration tnbs.BTC_02_AE.QQuantLib.PE.classical_qpe tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe tnbs.BTC_02_AE.QQuantLib.PE.windows_pe tnbs.BTC_02_AE.QQuantLib.utils.benchmark_utils tnbs.BTC_02_AE.QQuantLib.utils.data_extracting tnbs.BTC_02_AE.QQuantLib.utils.utils tnbs.BTC_03_QPE.my_benchmark_execution tnbs.BTC_03_QPE.my_benchmark_info tnbs.BTC_03_QPE.my_benchmark_summary tnbs.BTC_03_QPE.my_environment_info tnbs.BTC_03_QPE.neasqc_benchmark tnbs.BTC_03_QPE.QPE.qpe tnbs.BTC_03_QPE.QPE.qpe_rz tnbs.BTC_03_QPE.QPE.rz_lib tnbs.BTC_03_QPE.QPE.rz_qlm tnbs.BTC_04_PH.my_benchmark_execution tnbs.BTC_04_PH.my_benchmark_info tnbs.BTC_04_PH.my_benchmark_summary tnbs.BTC_04_PH.my_environment_info tnbs.BTC_04_PH.neasqc_benchmark tnbs.BTC_04_PH.PH.ansatzes.ansatzes tnbs.BTC_04_PH.PH.ansatzes.launch_ansatzes tnbs.BTC_04_PH.PH.ansatzes.launch_get_jobs tnbs.BTC_04_PH.PH.mps.ansatz_mps tnbs.BTC_04_PH.PH.mps.gates_mps tnbs.BTC_04_PH.PH.mps.mps tnbs.BTC_04_PH.PH.mps.parent_hamiltonian_mps tnbs.BTC_04_PH.PH.parent_hamiltonian.contractions tnbs.BTC_04_PH.PH.parent_hamiltonian.launch_parent_hamiltonian tnbs.BTC_04_PH.PH.parent_hamiltonian.parent_hamiltonian tnbs.BTC_04_PH.PH.parent_hamiltonian.pauli tnbs.BTC_04_PH.PH.ph_step_exe.launch_vqe_step tnbs.BTC_04_PH.PH.ph_step_exe.vqe_step tnbs.BTC_04_PH.PH.workflow.launch_workflow tnbs.BTC_04_PH.PH.workflow.workflow mpo_contraction() (in module tnbs.BTC_04_PH.PH.mps.mps) multiplexor_controlled_ph() (in module tnbs.BTC_02_AE.QQuantLib.AA.amplitude_amplification) multiplexor_controlled_z() (in module tnbs.BTC_02_AE.QQuantLib.AA.amplitude_amplification) multiplexor_ry() (in module tnbs.BTC_01_PL.PL.data_loading) (in module tnbs.BTC_02_AE.QQuantLib.DL.data_loading) my_api() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info) my_benchmark_info() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info)

my_benchmark_kernel() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info) my_classical_compilation() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info) my_cpu_model() (in module tnbs.BTC_01_PL.my_environment_info) (in module tnbs.BTC_02_AE.my_environment_info) (in module tnbs.BTC_03_QPE.my_environment_info) (in module tnbs.BTC_04_PH.my_environment_info) my_endtime() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info) my_frecuency() (in module tnbs.BTC_01_PL.my_environment_info) (in module tnbs.BTC_02_AE.my_environment_info) (in module tnbs.BTC_03_QPE.my_environment_info) (in module tnbs.BTC_04_PH.my_environment_info) my_ideal_qpu() (in module tnbs.BTC_01_PL.my_environment_info) (in module tnbs.BTC_02_AE.my_environment_info) (in module tnbs.BTC_03_QPE.my_environment_info) (in module tnbs.BTC_04_PH.my_environment_info) my_machine_name() (in module tnbs.BTC_01_PL.my_environment_info) (in module tnbs.BTC_02_AE.my_environment_info) (in module tnbs.BTC_03_QPE.my_environment_info) (in module tnbs.BTC_04_PH.my_environment_info) my_metadata_info() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info) my_network() (in module tnbs.BTC_01_PL.my_environment_info) (in module tnbs.BTC_02_AE.my_environment_info) (in module tnbs.BTC_03_QPE.my_environment_info) (in module tnbs.BTC_04_PH.my_environment_info) my_noisy_qpu() (in module tnbs.BTC_01_PL.my_environment_info) (in module tnbs.BTC_02_AE.my_environment_info) (in module tnbs.BTC_03_QPE.my_environment_info) (in module tnbs.BTC_04_PH.my_environment_info) my_organisation() (in module tnbs.BTC_01_PL.my_environment_info) (in module tnbs.BTC_02_AE.my_environment_info) (in module tnbs.BTC_03_QPE.my_environment_info) (in module tnbs.BTC_04_PH.my_environment_info) my_programlanguage() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info) my_programlanguage_vendor() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info) my_programlanguage_version() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info) my_qpu() (in module tnbs.BTC_01_PL.my_environment_info) (in module tnbs.BTC_02_AE.my_environment_info) (in module tnbs.BTC_03_QPE.my_environment_info) (in module tnbs.BTC_04_PH.my_environment_info) my_qpu_model() (in module tnbs.BTC_01_PL.my_environment_info) (in module tnbs.BTC_02_AE.my_environment_info) (in module tnbs.BTC_03_QPE.my_environment_info) (in module tnbs.BTC_04_PH.my_environment_info) my_QPUCPUConnection() (in module tnbs.BTC_01_PL.my_environment_info) (in module tnbs.BTC_02_AE.my_environment_info) (in module tnbs.BTC_03_QPE.my_environment_info) (in module tnbs.BTC_04_PH.my_environment_info) my_quantum_compilation() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info) my_starttime() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info) my_svd() (in module tnbs.BTC_04_PH.PH.mps.mps) my_timemethod() (in module tnbs.BTC_01_PL.my_benchmark_info) (in module tnbs.BTC_02_AE.my_benchmark_info) (in module tnbs.BTC_03_QPE.my_benchmark_info) (in module tnbs.BTC_04_PH.my_benchmark_info)

N

naive_ph() (tnbs.BTC_04_PH.PH.parent_hamiltonian.parent_hamiltonian.PH method)

O

oracle (tnbs.BTC_02_AE.QQuantLib.AE.ae_classical_qpe.CQPEAE property) (tnbs.BTC_02_AE.QQuantLib.AE.ae_iterative_quantum_pe.IQPEAE property) (tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae.IQAE property) (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE property) (tnbs.BTC_02_AE.QQuantLib.AE.montecarlo_ae.MCAE property) (tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae.RQAE property)

oracle_encoding_0() (tnbs.BTC_02_AE.QQuantLib.DL.encoding_protocols.Encoding method) oracle_encoding_1() (tnbs.BTC_02_AE.QQuantLib.DL.encoding_protocols.Encoding method) oracle_encoding_2() (tnbs.BTC_02_AE.QQuantLib.DL.encoding_protocols.Encoding method) oracle_shots_calculation() (in module tnbs.BTC_02_AE.QQuantLib.utils.utils)

P

pauli_decomposition() (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.pauli) pauli_inner_product() (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.pauli) pauli_operators() (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.pauli) pauli_strings() (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.pauli) PH (class in tnbs.BTC_04_PH.PH.parent_hamiltonian.parent_hamiltonian) PH_EXE (class in tnbs.BTC_04_PH.PH.ph_step_exe.vqe_step) PH_MPS (class in tnbs.BTC_04_PH.PH.mps.parent_hamiltonian_mps)

phase_multiplexor_base() (in module tnbs.BTC_02_AE.QQuantLib.AA.amplitude_amplification) phasechange_gate() (in module tnbs.BTC_04_PH.PH.mps.gates_mps) post_proccess() (tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe.IQPE static method) proccess_qresults() (in module tnbs.BTC_01_PL.PL.data_extracting) (in module tnbs.BTC_02_AE.QQuantLib.utils.data_extracting) (in module tnbs.BTC_03_QPE.QPE.qpe) (in module tnbs.BTC_04_PH.PH.ansatzes.ansatzes)

Q

q_solve_integral() (in module tnbs.BTC_02_AE.QQuantLib.finance.quantum_integration) QPE_RZ (class in tnbs.BTC_03_QPE.QPE.qpe_rz) qpe_rz_qlm() (in module tnbs.BTC_03_QPE.QPE.rz_lib) (in module tnbs.BTC_03_QPE.QPE.rz_qlm)

quantum_distribution() (tnbs.BTC_03_QPE.QPE.qpe_rz.QPE_RZ method) quantum_step() (tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae.IQAE method)

R

recursive_multiplexor() (in module tnbs.BTC_02_AE.QQuantLib.AA.amplitude_amplification) reduced_matrix() (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.contractions) reduced_matrix_string() (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.contractions) reduced_rho_mps() (in module tnbs.BTC_04_PH.PH.mps.parent_hamiltonian_mps) reflection() (in module tnbs.BTC_02_AE.QQuantLib.AA.amplitude_amplification) reset() (tnbs.BTC_02_AE.QQuantLib.DL.encoding_protocols.Encoding method) restart() (tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe.IQPE method) RQAE (class in tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae) rqae() (tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae.RQAE method) run() (tnbs.BTC_02_AE.QQuantLib.AE.ae_class.AE method) (tnbs.BTC_02_AE.QQuantLib.AE.ae_classical_qpe.CQPEAE method) (tnbs.BTC_02_AE.QQuantLib.AE.ae_iterative_quantum_pe.IQPEAE method) (tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae.IQAE method) (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE method) (tnbs.BTC_02_AE.QQuantLib.AE.montecarlo_ae.MCAE method) (tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae.RQAE method) (tnbs.BTC_02_AE.QQuantLib.DL.encoding_protocols.Encoding method) (tnbs.BTC_02_AE.QQuantLib.PE.classical_qpe.CQPE method) (tnbs.BTC_03_QPE.QPE.qpe.CQPE method) (tnbs.BTC_04_PH.PH.ansatzes.ansatzes.SolveCircuit method) (tnbs.BTC_04_PH.PH.ph_step_exe.vqe_step.PH_EXE method)

run_ansatz() (in module tnbs.BTC_04_PH.PH.ansatzes.ansatzes) run_code() (in module tnbs.BTC_01_PL.my_benchmark_execution) (in module tnbs.BTC_02_AE.my_benchmark_execution) (in module tnbs.BTC_03_QPE.my_benchmark_execution) (in module tnbs.BTC_04_PH.my_benchmark_execution) run_id() (in module tnbs.BTC_02_AE.QQuantLib.ae_sine_integral) (in module tnbs.BTC_04_PH.PH.ansatzes.launch_ansatzes) (in module tnbs.BTC_04_PH.PH.ansatzes.launch_get_jobs) (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.launch_parent_hamiltonian) (in module tnbs.BTC_04_PH.PH.ph_step_exe.launch_vqe_step) (in module tnbs.BTC_04_PH.PH.workflow.launch_workflow) run_parent_hamiltonian() (in module tnbs.BTC_04_PH.PH.mps.parent_hamiltonian_mps) (in module tnbs.BTC_04_PH.PH.parent_hamiltonian.parent_hamiltonian) run_ph_execution() (in module tnbs.BTC_04_PH.PH.ph_step_exe.vqe_step) run_qprogram() (tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe.IQPE static method) run_schedule() (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE method) run_step() (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE method) (tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae.RQAE method) rz_angles() (in module tnbs.BTC_03_QPE.QPE.rz_lib) (in module tnbs.BTC_03_QPE.QPE.rz_qlm) rz_eigenv_from_state() (in module tnbs.BTC_03_QPE.QPE.rz_lib) rz_eigv() (in module tnbs.BTC_03_QPE.QPE.rz_lib)

S

save() (in module tnbs.BTC_01_PL.PL.load_probabilities) (in module tnbs.BTC_02_AE.QQuantLib.ae_sine_integral) (in module tnbs.BTC_03_QPE.QPE.qpe_rz) (tnbs.BTC_01_PL.my_benchmark_execution.KERNEL_BENCHMARK method) (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_02_AE.my_benchmark_execution.KERNEL_BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.my_benchmark_execution.KERNEL_BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.my_benchmark_execution.KERNEL_BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.PH.mps.parent_hamiltonian_mps.PH_MPS method) (tnbs.BTC_04_PH.PH.parent_hamiltonian.parent_hamiltonian.PH method) (tnbs.BTC_04_PH.PH.ph_step_exe.vqe_step.PH_EXE method) save_parameters() (tnbs.BTC_04_PH.PH.ansatzes.ansatzes.SolveCircuit method) save_state() (tnbs.BTC_04_PH.PH.ansatzes.ansatzes.SolveCircuit method) save_time() (tnbs.BTC_04_PH.PH.ansatzes.ansatzes.SolveCircuit method) schedule (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE property) set_benchmark_info() (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method) set_cpu_model() (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method) set_exponential_schedule() (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE method) set_frecuency() (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method) set_linear_schedule() (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE method) set_machine_name() (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method) set_network() (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method)

set_organisation() (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method) set_qpu_cpu_connection() (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method) set_qpu_description() (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method) set_qpu_model() (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method) shifted_oracle (tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae.RQAE property) sine_integral() (in module tnbs.BTC_02_AE.QQuantLib.ae_sine_integral) sine_window() (in module tnbs.BTC_02_AE.QQuantLib.PE.windows_pe) SolveCircuit (class in tnbs.BTC_04_PH.PH.ansatzes.ansatzes) solving_circuit() (in module tnbs.BTC_04_PH.PH.ansatzes.ansatzes) state_computation() (in module tnbs.BTC_04_PH.PH.mps.ansatz_mps) step_array() (in module tnbs.BTC_02_AE.QQuantLib.DL.data_loading) step_iqpe() (tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe.IQPE static method) submit() (tnbs.BTC_04_PH.PH.ansatzes.ansatzes.SolveCircuit method) submit_circuit() (in module tnbs.BTC_04_PH.PH.ansatzes.ansatzes) sumarize() (tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe.IQPE static method) summarize_results() (in module tnbs.BTC_01_PL.my_benchmark_execution) (in module tnbs.BTC_01_PL.my_benchmark_summary) (in module tnbs.BTC_02_AE.my_benchmark_execution) (in module tnbs.BTC_02_AE.my_benchmark_summary) (in module tnbs.BTC_03_QPE.my_benchmark_execution) (in module tnbs.BTC_03_QPE.my_benchmark_summary) (in module tnbs.BTC_04_PH.my_benchmark_execution) (in module tnbs.BTC_04_PH.my_benchmark_summary) summary() (tnbs.BTC_01_PL.PL.load_probabilities.LoadProbabilityDensity method) (tnbs.BTC_03_QPE.QPE.qpe_rz.QPE_RZ method)

T

target (tnbs.BTC_02_AE.QQuantLib.AE.ae_classical_qpe.CQPEAE property) (tnbs.BTC_02_AE.QQuantLib.AE.ae_iterative_quantum_pe.IQPEAE property) (tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae.IQAE property) (tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae.MLAE property) (tnbs.BTC_02_AE.QQuantLib.AE.montecarlo_ae.MCAE property) (tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae.RQAE property) test_bins() (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) text_is_none() (in module tnbs.BTC_02_AE.QQuantLib.utils.utils) theoretical_distribution() (tnbs.BTC_03_QPE.QPE.qpe_rz.QPE_RZ method) tnbs.BTC_01_PL.my_benchmark_execution module tnbs.BTC_01_PL.my_benchmark_info module tnbs.BTC_01_PL.my_benchmark_summary module tnbs.BTC_01_PL.my_environment_info module tnbs.BTC_01_PL.neasqc_benchmark module tnbs.BTC_01_PL.PL.data_extracting module tnbs.BTC_01_PL.PL.data_loading module tnbs.BTC_01_PL.PL.load_probabilities module tnbs.BTC_01_PL.PL.utils module tnbs.BTC_02_AE.my_benchmark_execution module tnbs.BTC_02_AE.my_benchmark_info module tnbs.BTC_02_AE.my_benchmark_summary module tnbs.BTC_02_AE.my_environment_info module tnbs.BTC_02_AE.neasqc_benchmark module tnbs.BTC_02_AE.QQuantLib.AA.amplitude_amplification module tnbs.BTC_02_AE.QQuantLib.AE.ae_class module tnbs.BTC_02_AE.QQuantLib.AE.ae_classical_qpe module tnbs.BTC_02_AE.QQuantLib.AE.ae_iterative_quantum_pe module tnbs.BTC_02_AE.QQuantLib.AE.iterative_quantum_ae module tnbs.BTC_02_AE.QQuantLib.AE.maximum_likelihood_ae module tnbs.BTC_02_AE.QQuantLib.AE.montecarlo_ae module tnbs.BTC_02_AE.QQuantLib.AE.real_quantum_ae module tnbs.BTC_02_AE.QQuantLib.ae_sine_integral module tnbs.BTC_02_AE.QQuantLib.DL.data_loading module tnbs.BTC_02_AE.QQuantLib.DL.encoding_protocols module tnbs.BTC_02_AE.QQuantLib.finance.quantum_integration module tnbs.BTC_02_AE.QQuantLib.PE.classical_qpe module tnbs.BTC_02_AE.QQuantLib.PE.iterative_quantum_pe module

tnbs.BTC_02_AE.QQuantLib.PE.windows_pe module tnbs.BTC_02_AE.QQuantLib.utils.benchmark_utils module tnbs.BTC_02_AE.QQuantLib.utils.data_extracting module tnbs.BTC_02_AE.QQuantLib.utils.utils module tnbs.BTC_03_QPE.my_benchmark_execution module tnbs.BTC_03_QPE.my_benchmark_info module tnbs.BTC_03_QPE.my_benchmark_summary module tnbs.BTC_03_QPE.my_environment_info module tnbs.BTC_03_QPE.neasqc_benchmark module tnbs.BTC_03_QPE.QPE.qpe module tnbs.BTC_03_QPE.QPE.qpe_rz module tnbs.BTC_03_QPE.QPE.rz_lib module tnbs.BTC_03_QPE.QPE.rz_qlm module tnbs.BTC_04_PH.my_benchmark_execution module tnbs.BTC_04_PH.my_benchmark_info module tnbs.BTC_04_PH.my_benchmark_summary module tnbs.BTC_04_PH.my_environment_info module tnbs.BTC_04_PH.neasqc_benchmark module tnbs.BTC_04_PH.PH.ansatzes.ansatzes module tnbs.BTC_04_PH.PH.ansatzes.launch_ansatzes module tnbs.BTC_04_PH.PH.ansatzes.launch_get_jobs module tnbs.BTC_04_PH.PH.mps.ansatz_mps module tnbs.BTC_04_PH.PH.mps.gates_mps module tnbs.BTC_04_PH.PH.mps.mps module tnbs.BTC_04_PH.PH.mps.parent_hamiltonian_mps module tnbs.BTC_04_PH.PH.parent_hamiltonian.contractions module tnbs.BTC_04_PH.PH.parent_hamiltonian.launch_parent_hamiltonian module tnbs.BTC_04_PH.PH.parent_hamiltonian.parent_hamiltonian module tnbs.BTC_04_PH.PH.parent_hamiltonian.pauli module tnbs.BTC_04_PH.PH.ph_step_exe.launch_vqe_step module tnbs.BTC_04_PH.PH.ph_step_exe.vqe_step module tnbs.BTC_04_PH.PH.workflow.launch_workflow module tnbs.BTC_04_PH.PH.workflow.workflow module

U

uniform_distribution() (in module tnbs.BTC_02_AE.QQuantLib.DL.data_loading)

V

validate() (tnbs.BTC_01_PL.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_02_AE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_03_QPE.neasqc_benchmark.BENCHMARK method) (tnbs.BTC_04_PH.neasqc_benchmark.BENCHMARK method)

W

window_selector() (in module tnbs.BTC_02_AE.QQuantLib.PE.windows_pe)

workflow() (in module tnbs.BTC_04_PH.PH.workflow.workflow)

X

x_rotation() (in module tnbs.BTC_04_PH.PH.mps.gates_mps)

Z

z_rotation() (in module tnbs.BTC_04_PH.PH.mps.gates_mps)