Index

A

absorption() (in module pyqed.signal.sos) (pyqed.mol.Mol method) add_coupling() (pyqed.mol.LVC method) Analyser (class in pyqed.optics) analyze() (pyqed.mol.Result method)

annihilate() (pyqed.optics.Mode method) anticomm() (in module pyqed.phys) anticommutator() (in module pyqed.phys) APES() (pyqed.mol.LVC method) AtomicUnits (class in pyqed.units)

B

bandwidth() (pyqed.optics.Biphoton method) basis() (in module pyqed.phys) basis_transform() (in module pyqed.phys) Biphoton (class in pyqed.optics) boson() (in module pyqed.phys)

build() (pyqed.phys.HeisenbergModel method) (pyqed.phys.TFIM method) buildH() (pyqed.mol.LVC method) (pyqed.phys.SHO method) buildop() (pyqed.mol.LVC method)

C

calc_edip() (pyqed.mol.LVC method) cars() (in module pyqed.signal.sos) (pyqed.mol.Mol method) cartesian() (in module pyqed.phys) cartesian2polar() (in module pyqed.phys) cartesian_product() (in module pyqed.phys) ChirpedPulse (class in pyqed.optics) coh_op() (in module pyqed.phys) color_code() (in module pyqed.style) comm() (in module pyqed.phys)

commutator() (in module pyqed.phys) coordinate() (pyqed.mol.LVC method) correlation_2op_1t() (pyqed.mol.SESolver method) correlation_3op_1t() (pyqed.mol.SESolver method) correlation_3op_2t() (pyqed.mol.SESolver method) correlation_4op_1t() (pyqed.mol.SESolver method) correlation_4op_2t() (pyqed.mol.SESolver method) coth() (in module pyqed.phys) couplings (pyqed.mol.Mode attribute) create() (pyqed.optics.Mode method) curve() (in module pyqed.style)

D

dag() (in module pyqed.phys) dagger() (in module pyqed.phys) deom() (pyqed.mol.Mol method) destroy() (in module pyqed.phys) detect() (pyqed.optics.Biphoton method) detect_is() (pyqed.optics.Biphoton method) detect_si() (pyqed.optics.Biphoton method) dft() (in module pyqed.fft) dft2() (in module pyqed.fft) direct_product() (in module pyqed.mol) discrete_cosine_transform_matrix() (in module pyqed.phys)

discretize() (in module pyqed.phys) DMRG() (pyqed.phys.HeisenbergModel method) dpes() (pyqed.mol.LVC method) DQC() (pyqed.mol.Mol method) DQC_R1() (in module pyqed.signal.sos) DQC_R2() (in module pyqed.signal.sos) driven_dissipative_dynamics() (in module pyqed.phys) driven_dynamics() (in module pyqed.mol) (in module pyqed.phys) (pyqed.mol.Mol method) dump() (pyqed.mol.Result method)

E

E() (pyqed.optics.Pulse method) edip (pyqed.mol.Mol property) edip_rms (pyqed.mol.Mol property) efield() (pyqed.optics.ChirpedPulse method) (pyqed.optics.GaussianPulse method) (pyqed.optics.Pulse method) eig_asymm() (in module pyqed.phys) eigenenergies() (pyqed.mol.Mol method) eigenstate() (pyqed.phys.Morse method) (pyqed.phys.SHO method) eigenstates() (pyqed.mol.Mol method) eigh() (in module pyqed.phys)

eigval() (pyqed.phys.Morse method) eigvals() (pyqed.mol.Mol method) energy() (pyqed.mol.Mol method) envelop() (pyqed.optics.GaussianPulse method) (pyqed.optics.Pulse method) ESA() (in module pyqed.signal.sos) etpa() (in module pyqed.signal.sos) ETPA() (pyqed.mol.Mol method) evolve() (pyqed.mol.Mol method) expect() (in module pyqed.phys) (pyqed.mol.Result method) expm() (in module pyqed.phys) export() (in module pyqed.style)

F

fermi() (in module pyqed.phys) fft() (in module pyqed.fft) fft2() (in module pyqed.fft) fft3() (in module pyqed.fft) fftfreq() (in module pyqed.phys)

field() (pyqed.optics.GaussianPulse method) (pyqed.optics.Pulse method) field_to_intensity() (in module pyqed.optics) Floquet() (pyqed.mol.Mol method) FROG() (pyqed.optics.Analyser method) fwhm_to_std() (in module pyqed.optics)

G

G() (in module pyqed.signal.sos) g2() (pyqed.optics.Biphoton method) gaussian() (in module pyqed.phys) (in module pyqed.signal.sos) GaussianPulse (class in pyqed.optics) get_annihilate() (pyqed.optics.Mode method) get_create() (pyqed.optics.Mode method) get_dip() (pyqed.mol.Mol method) get_dm() (pyqed.mol.Mol method) get_edip() (pyqed.mol.Mol method) get_index() (in module pyqed.phys) get_jsa() (pyqed.optics.Biphoton method) get_jta() (pyqed.optics.Biphoton method) get_nonhermH() (pyqed.mol.Mol method) (pyqed.optics.Mode method)

get_nonhermitianH() (pyqed.mol.Mol method) (pyqed.optics.Mode method) get_num() (pyqed.optics.Mode method) get_p_from_r() (pyqed.mol.Mol method) getH() (pyqed.mol.Mol method) (pyqed.optics.Mode method) GF() (in module pyqed.signal.sos) ground_state() (pyqed.mol.Mol method) groundstate() (pyqed.mol.LVC method) (pyqed.mol.Mol method) GSB() (in module pyqed.signal.sos) gwp() (in module pyqed.phys) gwp2() (in module pyqed.phys) gwp_k() (in module pyqed.phys)

H

ham() (pyqed.optics.Mode method) ham_ho() (in module pyqed.phys) heaviside() (in module pyqed.phys) HeisenbergModel (class in pyqed.phys)

high_frequency_drive() (in module pyqed.mol) hilbert_dist() (in module pyqed.phys) hom() (in module pyqed.optics) hom_schmidt() (in module pyqed.optics) householder() (in module pyqed.phys)

I

ifft() (in module pyqed.fft) imshow() (in module pyqed.style) integrate() (in module pyqed.phys) intensity_to_field() (in module pyqed.optics) interval() (in module pyqed.phys)

is_positive_def() (in module pyqed.phys) isdiag() (in module pyqed.phys) isherm() (in module pyqed.phys) issorted() (in module pyqed.signal.sos) isunitary() (in module pyqed.phys)

J

jacobi_anger() (in module pyqed.phys) jta() (in module pyqed.optics) (pyqed.optics.Biphoton method)

jump() (in module pyqed.phys)

K

ket2dm() (in module pyqed.phys)

L

ldo() (in module pyqed.phys) level_scheme() (in module pyqed.style) lindbladian() (in module pyqed.phys) linear_absorption() (in module pyqed.signal.sos) liouvillian() (in module pyqed.phys)

load_result() (in module pyqed.mol) logarithmic_discretize() (in module pyqed.phys) lorentzian() (in module pyqed.phys) lowering() (in module pyqed.phys) LVC (class in pyqed.mol)

M

matplot() (in module pyqed.style) mcd() (in module pyqed.signal.sos) meshgrid() (in module pyqed.phys) mls() (in module pyqed.mol) Mode (class in pyqed.mol) (class in pyqed.optics) module pyqed.fft pyqed.mol pyqed.optics pyqed.phys pyqed.signal pyqed.signal.sos pyqed.style pyqed.units pyqed.wigner

Mol (class in pyqed.mol) Morse (class in pyqed.phys) morse() (in module pyqed.phys) msd() (pyqed.phys.SHO method) msd_classical() (pyqed.phys.SHO method) multi() (pyqed.mol.Mol method) multi_spin() (in module pyqed.phys) multiboson() (in module pyqed.phys) multimode() (in module pyqed.phys) multispin() (in module pyqed.phys)

N

NARG() (pyqed.phys.HeisenbergModel method) nextpow2() (in module pyqed.wigner) nlargest() (in module pyqed.phys)

norm() (in module pyqed.phys) norm2() (in module pyqed.phys) number_operator() (pyqed.optics.Mode method)

O

obs() (in module pyqed.phys) obs_dm() (in module pyqed.phys)

omega (pyqed.mol.Mode attribute) overlap() (in module pyqed.phys)

P

pauli() (in module pyqed.phys) pdf_normal() (in module pyqed.phys) PE() (pyqed.mol.Mol method) PE2() (pyqed.mol.Mol method) photon_echo() (in module pyqed.signal.sos) (pyqed.mol.Mol method) photon_echo_t3() (in module pyqed.signal.sos) plot_PES() (pyqed.mol.LVC method) plot_spectrogram() (pyqed.optics.Analyser method) plot_surface() (in module pyqed.style) plot_surfaces() (in module pyqed.style) plt_efield() (pyqed.optics.GaussianPulse method) (pyqed.optics.Pulse method) plt_jsa() (pyqed.optics.Biphoton method) polar() (in module pyqed.mol) polar2cartesian() (in module pyqed.phys) polarizability() (in module pyqed.signal.sos) polarization_vector() (in module pyqed.phys) potential() (pyqed.phys.Morse method) (pyqed.phys.SHO method) project() (in module pyqed.phys) promote() (pyqed.mol.LVC method) propagator() (in module pyqed.phys) (pyqed.mol.SESolver method) (pyqed.optics.Analyser method)

propagator_H_const() (in module pyqed.phys) ptrace() (in module pyqed.phys) Pulse (class in pyqed.optics) pump() (pyqed.optics.Biphoton method) pyqed.fft module pyqed.mol module pyqed.optics module pyqed.phys module pyqed.signal module pyqed.signal.sos module pyqed.style module pyqed.units module pyqed.wigner module

Q

quadrature() (in module pyqed.phys)

quantum_dynamics() (in module pyqed.phys) (pyqed.mol.Mol method)

R

raising() (in module pyqed.phys) rdm() (in module pyqed.optics) (pyqed.optics.Biphoton method) rdm_el() (pyqed.mol.LVC method) read_input() (in module pyqed.mol) read_result() (in module pyqed.style) rect() (in module pyqed.phys) renormalize() (pyqed.phys.TFIM method) resolvent() (in module pyqed.phys)

Result (class in pyqed.mol) rgwp() (in module pyqed.phys) rk4() (in module pyqed.phys) rotate() (in module pyqed.phys) run() (pyqed.mol.Mol method) (pyqed.mol.SESolver method) (pyqed.phys.HeisenbergModel method) (pyqed.phys.TFIM method) (pyqed.signal.sos.TransientAbsorption method)

S

save() (pyqed.mol.Result method) scatter() (in module pyqed.style) schmidt_decompose() (in module pyqed.optics) SE() (in module pyqed.signal.sos) SESolver (class in pyqed.mol) set_decay() (pyqed.mol.Mol method) set_decay_for_all() (pyqed.mol.Mol method) set_dephasing() (pyqed.mol.Mol method) set_dipole() (pyqed.mol.Mol method) set_edip() (pyqed.mol.Mol method) set_grid() (pyqed.optics.Biphoton method) set_lifetime() (pyqed.mol.Mol method) set_mdip() (pyqed.mol.Mol method) set_style() (in module pyqed.style) setQ() (pyqed.optics.Mode method) SHO (class in pyqed.phys)

sigmax() (in module pyqed.phys) sigmay() (in module pyqed.phys) sigmaz() (in module pyqed.phys) sinc() (in module pyqed.phys) sort() (in module pyqed.phys) spectrogram() (in module pyqed.wigner) (pyqed.optics.Analyser method) (pyqed.optics.GaussianPulse method) (pyqed.optics.Pulse method) spectrum() (pyqed.optics.ChirpedPulse method) (pyqed.optics.GaussianPulse method) (pyqed.optics.Pulse method) spin_ops() (in module pyqed.phys) std_to_fwhm() (in module pyqed.optics) stepsize() (in module pyqed.phys) subplots() (in module pyqed.style) surf() (in module pyqed.style)

T

tcl2() (pyqed.mol.Mol method) tdse() (in module pyqed.phys) tensor() (in module pyqed.phys) tensor_power() (in module pyqed.phys) test_etpa() (in module pyqed.signal.sos) test_level_scheme() (in module pyqed.style) test_model() (in module pyqed.signal.sos) test_sesolver() (in module pyqed.mol) TFIM (class in pyqed.phys) thermal_dm() (in module pyqed.phys)

tocolor() (in module pyqed.style) TPA() (in module pyqed.signal.sos) (pyqed.mol.Mol method) TPA2D() (in module pyqed.signal.sos) TPA2D_time_order() (in module pyqed.signal.sos) tracedist() (in module pyqed.phys) transform() (in module pyqed.phys) TransientAbsorption (class in pyqed.signal.sos) truncate (pyqed.mol.Mode attribute) two_scales() (in module pyqed.style)

V

vacuum() (pyqed.optics.Mode method) vacuum_dm() (pyqed.optics.Mode method)

vector_field() (in module pyqed.style) vertical() (pyqed.mol.LVC method)

W

wavepacket_dynamics() (pyqed.mol.LVC method)

wigner() (in module pyqed.wigner) wvd() (in module pyqed.wigner)

X

xn() (pyqed.phys.SHO method)