gate_hpow: HPow Gate

In henry090/Cirq: Interface to 'Cirq'

Description

A Gate that performs a rotation around the X+Z axis of the Bloch sphere.

Usage

gate_hpow(...)

Arguments

...	parameters to pass

Details

The unitary matrix of HPowGate(exponent=t) is: '[[g·(c-i·s/sqrt(2)), -i·g·s/sqrt(2)],' '[-i·g·s/sqrt(2)], g·(c+i·s/sqrt(2))]]' where c = cos(π·t/2) s = sin(π·t/2) g = exp(i·π·t/2). Note in particular that for t=1, this gives the Hadamard matrix. gate_h, the Hadamard gate, is an instance of this gate at exponent=1.

Value

None

See Also

Other Unitary gates and operations: gate_Gate(), gate_ccnot_pow(), gate_ccnot(), gate_ccx_pow(), gate_ccx(), gate_ccz_pow(), gate_ccz(), gate_cnot_pow(), gate_cnot(), gate_controlled(), gate_cs_wap(), gate_cx_pow(), gate_cx(), gate_cz_pow(), gate_cz(), gate_eigen(), gate_fredkin(), gate_fsim(), gate_givens(), gate_global_phase_operation(), gate_h(), gate_identity_each(), gate_identity(), gate_is_wap_pow(), gate_iswap(), gate_i(), gate_matrix(), gate_operation(), gate_phase_gradient(), gate_phased_is_wap_pow(), gate_phased_xz(), gate_quantum_fourier_transform(), gate_riswap(), gate_rx(), gate_ry(), gate_single_qubit(), gate_swap_pow(), gate_swap(), gate_s(), gate_tagged_opertaion(), gate_three_qubit_diagonal(), gate_three_qubit(), gate_toffoli(), gate_t(), gate_wait(), gate_x_pow(), gate_xx_pow(), gate_xx(), gate_x(), gate_y_pow(), gate_yy_pow(), gate_yy(), gate_y(), gate_z_pow(), gate_zz_pow(), gate_zz(), gate_z()

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