Index

A

adj() (in module ket.operations) adjoint() (Fermion method) (FermionSentence method) alloc() (Process method) alloc_aux() (Process method) AmazonBraket (class in ket.amazon)

AnnihilateFermion() (in module ket.fermion) append_block() (Process method) around() (in module ket.operations) as_int() (Quant method) as_real() (Quant method) at() (Quant method)

B

B() (in module ket.gates) bell() (in module ket.qulib.prepare)

bitstring (Measurement property) (Samples property) block_builder() (Process method)

C

C() (in module ket.operations) cat() (in module ket.operations) CNOT() (in module ket.gates) commutator() (in module ket.expv) connect() (AmazonBraket method) (IBMDevice method) (NPSim method)

conserves_particle_number() (FermionSentence method) conserves_spin_z() (FermionSentence method) control() (in module ket.operations) copy() (Qreal method) CreateFermion() (in module ket.fermion) ctrl() (in module ket.operations) CZ() (in module ket.gates)

D

diagonal() (in module ket.qulib.gates) dicke() (in module ket.qulib.prepare) draw() (in module ket.qulib) dump() (in module ket.operations) (NPSim method)

dump_format() (Qreal method) (Quant method) dump_matrix() (in module ket.qulib)

E

energy() (in module ket.qulib) evolve() (in module ket.gates) exact_solver() (in module ket.qulib)

exp_value() (AmazonBraket method) (IBMDevice method) (in module ket.operations) ExpValue (class in ket.expv)

F

falqon_a() (in module ket.qulib.ham) falqon_b() (in module ket.qulib.ham) falqon_c() (in module ket.qulib.ham)

falqon_get_beta_fo() (in module ket.qulib.ham) falqon_get_beta_so() (in module ket.qulib.ham) Fermion (class in ket.fermion) FermionSentence (class in ket.fermion)

G

gates() (Process method) get() (ExpValue method) (Measurement method) (QuantumState method) (Samples method)

get_spin() (Fermion method) ghz() (in module ket.qulib.prepare) global_phase() (in module ket.gates) grad (Parameter property)

H

H() (in module ket.gates) hadamard() (NPSim method)

Hamiltonian (class in ket.expv) histogram() (QuantumState method) (Samples method)

I

I() (in module ket.gates) i() (Pauli static method) IBMDevice (class in ket.ibm)

inverse() (in module ket.operations) is_diagonal() (in module ket.gates) is_permutation() (in module ket.gates) is_two_body_number_conserving() (FermionSentence method)

K

kernel() (in module ket.operations) ket module ket.amazon module ket.base module ket.expv module ket.fermion module ket.gates module ket.ibm module ket.measurement module ket.npsim module

ket.operations module ket.qint module ket.quantumstate module ket.qulib module ket.qulib.gates module ket.qulib.ham module ket.qulib.oracle module ket.qulib.prepare module ket_version() (in module ket) knapsack() (in module ket.qulib.ham) kron() (in module ket.operations)

M

maxcut() (in module ket.qulib.ham) measure() (in module ket.operations) (NPSim method) Measurement (class in ket.measurement) module ket ket.amazon ket.base ket.expv ket.fermion ket.gates ket.ibm ket.measurement ket.npsim ket.operations ket.qint ket.quantumstate ket.qulib ket.qulib.gates ket.qulib.ham ket.qulib.oracle ket.qulib.prepare

most_frequent_state() (Samples method) mul() (Qreal method)

N

NPSim (class in ket.npsim)

number_operator() (in module ket.fermion)

O

obs() (in module ket.gates)

P

P() (in module ket.gates) param (Parameter property) param() (Process method) Parameter (class in ket.base) Pauli (class in ket.expv) pauli_state() (in module ket.qulib.prepare) pauli_string() (in module ket.qulib) pauli_x() (NPSim method)

pauli_y() (NPSim method) pauli_z() (NPSim method) phase() (NPSim method) phase_oracle() (in module ket.qulib.oracle) postprocessing() (Qint method) (Qreal method) probability (QuantumState property) (Samples property) Process (class in ket.base)

Q

QFT() (in module ket.gates) Qint (class in ket.qint)

Qreal (class in ket.qint) Quant (class in ket.base) QuantumState (class in ket.quantumstate)

R

raw_value (Measurement property) (Samples property) RBS() (in module ket.gates) rotation_x() (NPSim method) rotation_y() (NPSim method) rotation_z() (NPSim method)

RX() (in module ket.gates) RXX() (in module ket.gates) RY() (in module ket.gates) RYY() (in module ket.gates) RZ() (in module ket.gates) RZZ() (in module ket.gates)

S

S() (in module ket.gates) sample() (AmazonBraket method) (IBMDevice method) (in module ket.operations) (QuantumState method) Samples (class in ket.measurement) SD() (in module ket.gates) show() (Fermion method) (QuantumState method)

simplify() (FermionSentence method) simulated_annealing() (in module ket.qulib) sphere() (QuantumState method) state() (in module ket.qulib.prepare) states (QuantumState property) SWAP() (in module ket.gates) SX() (in module ket.gates)

T

T() (in module ket.gates)

TD() (in module ket.gates) tsp() (in module ket.qulib.ham)

U

U3() (in module ket.gates) ucz() (in module ket.qulib.gates)

undo() (in module ket.operations) unitary() (in module ket.qulib.gates) using_aux() (in module ket.operations)

V

value (ExpValue property) (Measurement property) (Parameter property) (Samples property)

W

w() (in module ket.qulib.prepare)

X

X() (in module ket.gates) x() (Pauli static method)

x_mixer() (in module ket.qulib.ham) xor_oracle() (in module ket.qulib.oracle) xy_mixer() (in module ket.qulib.ham)

Y

Y() (in module ket.gates)

y() (Pauli static method)

Z

Z() (in module ket.gates)

z() (Pauli static method)