Index

A

access_state() (QPUDevice method) (SimulatorDevice method) active_wires() (QPUDevice static method) (SimulatorDevice static method) adjoint() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1] adjoint_jacobian() (QPUDevice method) (SimulatorDevice method) analytic (QPUDevice attribute) (SimulatorDevice attribute)

analytic_probability() (QPUDevice method) (SimulatorDevice method) apply() (QPUDevice method) (SimulatorDevice method) arithmetic_depth (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] author (QPUDevice attribute) (SimulatorDevice attribute)

B

basis (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] batch_apply() (QPUDevice method) (SimulatorDevice method) batch_execute() (QPUDevice method) (SimulatorDevice method)

batch_size (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] batch_transform() (QPUDevice method) (SimulatorDevice method)

C

capabilities() (QPUDevice class method) (SimulatorDevice class method) check_validity() (QPUDevice method) (SimulatorDevice method) circuit_hash (QPUDevice attribute) (SimulatorDevice attribute) classical_shadow() (QPUDevice method) (SimulatorDevice method) compute_decomposition() (GPI static method), [1] (GPI2 static method), [1] (MS static method), [1] (XX static method), [1] (YY static method), [1] (ZZ static method), [1] compute_diagonalizing_gates() (GPI static method), [1] (GPI2 static method), [1] (MS static method), [1] (XX static method), [1] (YY static method), [1] (ZZ static method), [1] compute_eigvals() (GPI static method), [1] (GPI2 static method), [1] (MS static method), [1] (XX static method), [1] (YY static method), [1] (ZZ static method), [1]

compute_matrix() (GPI static method), [1] (GPI2 static method), [1] (MS static method), [1] (XX static method), [1] (YY static method), [1] (ZZ static method), [1] compute_qfunc_decomposition() (GPI static method), [1] (GPI2 static method), [1] (MS static method), [1] (XX static method), [1] (YY static method), [1] (ZZ static method), [1] compute_sparse_matrix() (GPI static method), [1] (GPI2 static method), [1] (MS static method), [1] (XX static method), [1] (YY static method), [1] (ZZ static method), [1] control_wires (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] custom_expand() (QPUDevice method) (SimulatorDevice method)

D

decomposition() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1] default_expand_fn() (QPUDevice method) (SimulatorDevice method) define_wire_map() (QPUDevice method) (SimulatorDevice method)

density_matrix() (QPUDevice method) (SimulatorDevice method) diagonalizing_gates() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1]

E

eigvals() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1] estimate_probability() (QPUDevice method) (SimulatorDevice method) execute() (QPUDevice method) (SimulatorDevice method)

execute_and_gradients() (QPUDevice method) (SimulatorDevice method) execution_context() (QPUDevice method) (SimulatorDevice method) expand_fn() (QPUDevice method) (SimulatorDevice method) expval() (QPUDevice method) (SimulatorDevice method)

G

generate_basis_states() (QPUDevice static method) (SimulatorDevice static method) generate_samples() (QPUDevice method) (SimulatorDevice method) generator() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1] GPI (class in pennylane_ionq) (class in pennylane_ionq.ops) GPI2 (class in pennylane_ionq) (class in pennylane_ionq.ops)

grad_method (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] grad_recipe (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] gradients() (QPUDevice method) (SimulatorDevice method)

H

has_adjoint (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] has_decomposition (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] has_diagonalizing_gates (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] has_generator (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] has_matrix (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1]

has_qfunc_decomposition (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] has_sparse_matrix (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] hash (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] hyperparameters (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1]

I

id (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1]

is_hermitian (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1]

L

label() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1]

M

map_wires() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (QPUDevice method) (SimulatorDevice method) (XX method), [1] (YY method), [1] (ZZ method), [1] marginal_prob() (QPUDevice method) (SimulatorDevice method) matrix() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1]

measurement_map (QPUDevice attribute) (SimulatorDevice attribute) module pennylane_ionq pennylane_ionq.ops MS (class in pennylane_ionq) (class in pennylane_ionq.ops) mutual_info() (QPUDevice method) (SimulatorDevice method)

N

name (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (QPUDevice attribute) (SimulatorDevice attribute) (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] ndim_params (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1]

num_executions (QPUDevice attribute) (SimulatorDevice attribute) num_params (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] num_wires (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1]

O

obs_queue (QPUDevice attribute) (SimulatorDevice attribute) observables (QPUDevice attribute) (SimulatorDevice attribute) op_queue (QPUDevice attribute) (SimulatorDevice attribute)

operations (QPUDevice attribute) (SimulatorDevice attribute) order_wires() (QPUDevice method) (SimulatorDevice method)

P

parameter_frequencies (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] parameters (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (QPUDevice attribute) (SimulatorDevice attribute) (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] pauli_rep (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1] pennylane_ionq module

pennylane_ionq.ops module pennylane_requires (QPUDevice attribute) (SimulatorDevice attribute) post_apply() (QPUDevice method) (SimulatorDevice method) post_measure() (QPUDevice method) (SimulatorDevice method) pow() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1] pre_apply() (QPUDevice method) (SimulatorDevice method) pre_measure() (QPUDevice method) (SimulatorDevice method) prob (QPUDevice attribute) (SimulatorDevice attribute) probability() (QPUDevice method) (SimulatorDevice method)

Q

QPUDevice (class in pennylane_ionq) queue() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1]

R

reset() (QPUDevice method) (SimulatorDevice method) resource_keys (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1]

resource_params (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1]

S

sample() (QPUDevice method) (SimulatorDevice method) sample_basis_states() (QPUDevice method) (SimulatorDevice method) set_current_circuit_index() (QPUDevice method) (SimulatorDevice method) shadow_expval() (QPUDevice method) (SimulatorDevice method) short_name (QPUDevice attribute) (SimulatorDevice attribute) shot_vec_statistics() (QPUDevice method) (SimulatorDevice method) shot_vector (QPUDevice attribute) (SimulatorDevice attribute) shots (QPUDevice attribute) (SimulatorDevice attribute) simplify() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1] SimulatorDevice (class in pennylane_ionq)

single_qubit_rot_angles() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1] sparse_matrix() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1] state (QPUDevice attribute) (SimulatorDevice attribute) states_to_binary() (QPUDevice static method) (SimulatorDevice static method) statistics() (QPUDevice method) (SimulatorDevice method) stopping_condition (QPUDevice attribute) (SimulatorDevice attribute) supports_observable() (QPUDevice method) (SimulatorDevice method) supports_operation() (QPUDevice method) (SimulatorDevice method)

T

terms() (GPI method), [1] (GPI2 method), [1] (MS method), [1] (XX method), [1] (YY method), [1] (ZZ method), [1]

V

var() (QPUDevice method) (SimulatorDevice method) version (QPUDevice attribute) (SimulatorDevice attribute)

vn_entropy() (QPUDevice method) (SimulatorDevice method)

W

wire_map (QPUDevice attribute) (SimulatorDevice attribute) wires (GPI attribute), [1] (GPI2 attribute), [1] (MS attribute), [1] (QPUDevice attribute) (SimulatorDevice attribute) (XX attribute), [1] (YY attribute), [1] (ZZ attribute), [1]

X

XX (class in pennylane_ionq) (class in pennylane_ionq.ops)

Y

YY (class in pennylane_ionq) (class in pennylane_ionq.ops)

Z

ZZ (class in pennylane_ionq) (class in pennylane_ionq.ops)

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