cirq_google.optimizers.convert_to_sqrt_iswap.swap_to_sqrt_iswap

Implement the evolution of the hopping term using two sqrt_iswap gates

cirq_google.optimizers.convert_to_sqrt_iswap.swap_to_sqrt_iswap(
    a, b, turns
)

and single-qubit operations. Output unitary: [[1, 0, 0, 0], [0, g·c, -i·g·s, 0], [0, -i·g·s, g·c, 0], [0, 0, 0, 1]] where c = cos(theta) and s = sin(theta). Args: a: the first qubit b: the second qubit theta: The rotational angle that specifies the gate, where c = cos(π·t/2), s = sin(π·t/2), g = exp(i·π·t/2).