Index

_

__init__() (HybridSuperQubits.andreev.Andreev method) (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) (HybridSuperQubits.gatemonium.Gatemonium method) (HybridSuperQubits.jja.JosephsonJunctionArray method) (HybridSuperQubits.resonator.Resonator method)

A

a_operator() (HybridSuperQubits.resonator.Resonator method) adag_operator() (HybridSuperQubits.resonator.Resonator method)

analytical_mode_frequencies() (HybridSuperQubits.jja.JosephsonJunctionArray static method) Andreev (class in HybridSuperQubits.andreev)

C

C_ratio (HybridSuperQubits.jja.JosephsonJunctionArray property) C_to_Ec() (in module HybridSuperQubits.utilities) calculate_error_metrics() (in module HybridSuperQubits.utilities)

coherent_state() (HybridSuperQubits.resonator.Resonator method) cos_kphi_operator() (in module HybridSuperQubits.utilities) cos_phi() (in module HybridSuperQubits.operators) creation() (in module HybridSuperQubits.operators)

D

d2_hamiltonian_d_deltaGamma2() (HybridSuperQubits.ferbo.Ferbo method) d2_hamiltonian_d_er2() (HybridSuperQubits.ferbo.Ferbo method) d2_hamiltonian_d_Gamma2() (HybridSuperQubits.ferbo.Ferbo method) d2_hamiltonian_d_ng2() (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) d2_hamiltonian_d_phase2() (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) d_hamiltonian_d_deltaGamma() (HybridSuperQubits.andreev.Andreev method) (HybridSuperQubits.ferbo.Ferbo method) d_hamiltonian_d_EC() (HybridSuperQubits.ferbo.Ferbo method) d_hamiltonian_d_EJ() (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) d_hamiltonian_d_Ej() (HybridSuperQubits.gatemonium.Gatemonium method) d_hamiltonian_d_EL() (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method)

d_hamiltonian_d_er() (HybridSuperQubits.andreev.Andreev method) (HybridSuperQubits.ferbo.Ferbo method) d_hamiltonian_d_Gamma() (HybridSuperQubits.ferbo.Ferbo method) d_hamiltonian_d_ng() (HybridSuperQubits.andreev.Andreev method) (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) (HybridSuperQubits.gatemon.Gatemon method) d_hamiltonian_d_phase() (HybridSuperQubits.andreev.Andreev method) (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) (HybridSuperQubits.gatemonium.Gatemonium method) default_Q_cap() (in module HybridSuperQubits.noise) default_Q_ind_factory() (in module HybridSuperQubits.noise) destroy() (in module HybridSuperQubits.operators) displacement_operator() (HybridSuperQubits.qubit_base.QubitBase method)

E

Ec_to_C() (in module HybridSuperQubits.utilities) eigensys() (HybridSuperQubits.qubit_base.QubitBase method)

eigenvals() (HybridSuperQubits.qubit_base.QubitBase method) El_to_L() (in module HybridSuperQubits.utilities)

F

f0 (HybridSuperQubits.resonator.Resonator property) Ferbo (class in HybridSuperQubits.ferbo) fidelity() (in module HybridSuperQubits.operators)

filewrite() (HybridSuperQubits.storage.SpectrumData method) fit_from_measurements() (HybridSuperQubits.jja.JosephsonJunctionArray static method) Fluxonium (class in HybridSuperQubits.fluxonium) fock_state() (HybridSuperQubits.resonator.Resonator method)

G

Gatemon (class in HybridSuperQubits.gatemon) Gatemonium (class in HybridSuperQubits.gatemonium) get_d2E_d_param_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_matelements_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_spectrum_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_t1_1_over_f_flux_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_t1_capacitive_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_t1_charge_impedance_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_t1_critical_current_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method)

get_t1_er_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_t1_flux_bias_line_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_t1_inductive_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_t1_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_tphi_charge_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_tphi_CQPS_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_tphi_flux_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) get_tphi_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) group_velocity() (HybridSuperQubits.jja.JosephsonJunctionArray method)

H

hamiltonian() (HybridSuperQubits.andreev.Andreev method) (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) (HybridSuperQubits.gatemon.Gatemon method) (HybridSuperQubits.gatemonium.Gatemonium method) (HybridSuperQubits.qubit_base.QubitBase method) (HybridSuperQubits.resonator.Resonator method) harm_osc_wavefunction() (HybridSuperQubits.qubit_base.QubitBase method) HybridSuperQubits.andreev module HybridSuperQubits.ferbo module HybridSuperQubits.fluxonium module HybridSuperQubits.gatemon module

HybridSuperQubits.gatemonium module HybridSuperQubits.jja module HybridSuperQubits.noise module HybridSuperQubits.operators module HybridSuperQubits.qubit_base module HybridSuperQubits.resonator module HybridSuperQubits.storage module HybridSuperQubits.utilities module

J

JosephsonJunctionArray (class in HybridSuperQubits.jja) jrl_potential() (HybridSuperQubits.andreev.Andreev method) (HybridSuperQubits.ferbo.Ferbo method)

junction_potential() (HybridSuperQubits.gatemon.Gatemon method) (HybridSuperQubits.gatemonium.Gatemonium method)

K

kerr_matrix() (HybridSuperQubits.jja.JosephsonJunctionArray method)

L

L_to_El() (in module HybridSuperQubits.utilities)

lc_energy (HybridSuperQubits.ferbo.Ferbo property)

M

matrixelement_table() (HybridSuperQubits.qubit_base.QubitBase method) module HybridSuperQubits.andreev HybridSuperQubits.ferbo HybridSuperQubits.fluxonium HybridSuperQubits.gatemon HybridSuperQubits.gatemonium HybridSuperQubits.jja HybridSuperQubits.noise HybridSuperQubits.operators HybridSuperQubits.qubit_base HybridSuperQubits.resonator HybridSuperQubits.storage HybridSuperQubits.utilities

momentum_operator() (HybridSuperQubits.resonator.Resonator method)

N

n_operator() (HybridSuperQubits.andreev.Andreev method) (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) (HybridSuperQubits.gatemon.Gatemon method) (HybridSuperQubits.gatemonium.Gatemonium method) (HybridSuperQubits.qubit_base.QubitBase method) (HybridSuperQubits.resonator.Resonator method)

n_zpf (HybridSuperQubits.ferbo.Ferbo property) (HybridSuperQubits.fluxonium.Fluxonium property) (HybridSuperQubits.gatemonium.Gatemonium property) numberbasis_wavefunction() (HybridSuperQubits.andreev.Andreev method)

O

omega0 (HybridSuperQubits.resonator.Resonator property) OPERATOR_LABELS (HybridSuperQubits.andreev.Andreev attribute) (HybridSuperQubits.ferbo.Ferbo attribute) (HybridSuperQubits.fluxonium.Fluxonium attribute) (HybridSuperQubits.gatemon.Gatemon attribute) (HybridSuperQubits.gatemonium.Gatemonium attribute) (HybridSuperQubits.qubit_base.QubitBase attribute) (HybridSuperQubits.resonator.Resonator attribute)

P

PARAM_LABELS (HybridSuperQubits.andreev.Andreev attribute) (HybridSuperQubits.ferbo.Ferbo attribute) (HybridSuperQubits.fluxonium.Fluxonium attribute) (HybridSuperQubits.gatemon.Gatemon attribute) (HybridSuperQubits.gatemonium.Gatemonium attribute) (HybridSuperQubits.qubit_base.QubitBase attribute) (HybridSuperQubits.resonator.Resonator attribute) phase_operator() (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) (HybridSuperQubits.gatemonium.Gatemonium method) phase_zpf (HybridSuperQubits.ferbo.Ferbo property) (HybridSuperQubits.fluxonium.Fluxonium property) (HybridSuperQubits.gatemonium.Gatemonium property) phi_osc() (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) (HybridSuperQubits.gatemonium.Gatemonium method) plasma_frequency (HybridSuperQubits.jja.JosephsonJunctionArray property) plot_evals_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) plot_fock_state_populations() (HybridSuperQubits.resonator.Resonator method)

plot_matelem_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) plot_state() (HybridSuperQubits.ferbo.Ferbo method) plot_t1_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) plot_tphi_vs_paramvals() (HybridSuperQubits.qubit_base.QubitBase method) plot_wavefunction() (HybridSuperQubits.andreev.Andreev method) (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) (HybridSuperQubits.gatemon.Gatemon method) (HybridSuperQubits.gatemonium.Gatemonium method) (HybridSuperQubits.resonator.Resonator method) position_operator() (HybridSuperQubits.resonator.Resonator method) potential() (HybridSuperQubits.andreev.Andreev method) (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) (HybridSuperQubits.gatemon.Gatemon method) (HybridSuperQubits.gatemonium.Gatemonium method) (HybridSuperQubits.resonator.Resonator method) ptrace() (in module HybridSuperQubits.operators) purity() (in module HybridSuperQubits.operators)

Q

QubitBase (class in HybridSuperQubits.qubit_base)

R

read() (HybridSuperQubits.storage.SpectrumData static method) reduced_density_matrix() (HybridSuperQubits.ferbo.Ferbo method)

resonance_frequencies() (HybridSuperQubits.jja.JosephsonJunctionArray method) Resonator (class in HybridSuperQubits.resonator)

S

S_andreev() (in module HybridSuperQubits.noise) S_capacitive() (in module HybridSuperQubits.noise) S_charge_impedance() (in module HybridSuperQubits.noise) S_critical_current() (in module HybridSuperQubits.noise) S_flux_bias_line() (in module HybridSuperQubits.noise) S_inductive() (in module HybridSuperQubits.noise) S_one_over_f_flux() (in module HybridSuperQubits.noise) set_param() (HybridSuperQubits.qubit_base.QubitBase method)

sigma_x() (in module HybridSuperQubits.operators) sigma_y() (in module HybridSuperQubits.operators) sigma_z() (in module HybridSuperQubits.operators) sin_kphi_operator() (in module HybridSuperQubits.utilities) sin_phi() (in module HybridSuperQubits.operators) SpectrumData (class in HybridSuperQubits.storage) state_to_density_matrix() (in module HybridSuperQubits.operators) subtract_ground() (HybridSuperQubits.storage.SpectrumData method)

T

t1_capacitive() (HybridSuperQubits.qubit_base.QubitBase method) (in module HybridSuperQubits.noise) t1_flux_bias_line() (HybridSuperQubits.qubit_base.QubitBase method) (in module HybridSuperQubits.noise) t1_from_spectral_density() (in module HybridSuperQubits.noise) t1_inductive() (HybridSuperQubits.qubit_base.QubitBase method) (in module HybridSuperQubits.noise) t1_table_from_spectral_density() (in module HybridSuperQubits.noise) thermal_state() (HybridSuperQubits.resonator.Resonator method) tphi_1_over_f() (HybridSuperQubits.qubit_base.QubitBase method) (in module HybridSuperQubits.noise)

tphi_1_over_f_flux() (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) tphi_1_over_f_table() (in module HybridSuperQubits.noise) tphi_CQPS() (HybridSuperQubits.qubit_base.QubitBase method) (in module HybridSuperQubits.noise) tphi_cqps_table() (in module HybridSuperQubits.noise) trace_distance() (in module HybridSuperQubits.operators) transition_omega() (in module HybridSuperQubits.noise) transparency (HybridSuperQubits.ferbo.Ferbo property)

W

wavefunction() (HybridSuperQubits.andreev.Andreev method) (HybridSuperQubits.ferbo.Ferbo method) (HybridSuperQubits.fluxonium.Fluxonium method) (HybridSuperQubits.gatemon.Gatemon method) (HybridSuperQubits.gatemonium.Gatemonium method) (HybridSuperQubits.resonator.Resonator method)

wigner() (HybridSuperQubits.ferbo.Ferbo method)

Z

zpf_current (HybridSuperQubits.resonator.Resonator property)

zpf_voltage (HybridSuperQubits.resonator.Resonator property)