pauli_interaction_gate: Pauli Interaction Gate

In henry090/Cirq: Interface to 'Cirq'

Description

A CZ conjugated by arbitrary single qubit Cliffords.

Usage

pauli_interaction_gate(pauli0, invert0, pauli1, invert1, exponent)

Arguments

pauli0	The interaction axis for the first qubit.
invert0	bool. Whether to condition on the +1 or -1 eigenvector of the first qubit’s interaction axis.
pauli1	The interaction axis for the second qubit.
invert1	bool. Whether to condition on the +1 or -1 eigenvector of the second qubit’s interaction axis.
exponent	float. Determines the amount of phasing to apply to the vector equal to the tensor product of the two conditions.

See Also

Other Pauli and Clifford groups: clifford_single_qubit_gate(), clifford_state(), clifford_tableau(), pauli_base_dense_string(), pauli_basis(), pauli_dense_string(), pauli_gate_like(), pauli_mutable_dense_string(), pauli_pow_combination(), pauli_string_gate_operation(), pauli_string(), pauli_sum_like(), pauli_sum(), pauli_transform(), pauli()

henry090/Cirq documentation built on June 13, 2020, 1:28 a.m.