Example #1
0
def su2_to_circuit(act, param):
    phi0, phi1, phi2 = param
    th0 = phi0
    th1 = 1 / 2 * (phi1 + phi2)
    th2 = 1 / 2 * (phi1 - phi2)
    S = R(act, np.pi / 2)
    Sd = R(act, -np.pi / 2)
    gates = []
    gates.append(expIphiZ(act, th2))
    gates.append(Sd | H(act) | expIphiZ(act, th0) | H(act) | S)
    gates.append(expIphiZ(act, th1))

    return pyqcs.list_to_circuit(gates)
Example #2
0
def expIphiZ(act, phi):
    gates = R(act, -phi) | X(act) | R(act, phi) | X(act)
    return gates
Example #3
0
def CRk(act, control, k):
    angle = 2 * np.pi / 2**(k)
    return R(act, angle / 2) | CX(act, control) | (R(control, angle / 2) | R(
        act, -angle / 2)) | CX(act, control)
Example #4
0
def phase(act, phi):
    return (X(act) | R(act, phi) | X(act) | R(act, phi))
Example #5
0
def CRX(act, control, phi):
    return (CX(act, control)
            | (H(act) | R(act, -phi) | X(act) | R(act, phi) | X(act) | H(act))
            | CX(act, control))
Example #6
0
def CR(act, control, phi):
    return (R(act, phi / 2) | CX(act, control)
            | R(act, -phi / 2) | R(control, phi / 2)
            | CX(act, control))
Example #7
0
def T(act):
    return R(act, np.pi / 4)
Example #8
0
def RZ(act, phi):
    return R(act, -phi) | X(act) | R(act, phi) | X(act)
Example #9
0
def CRY(act, control, phi):
    return (CX(act, control)
            | (S(act) | H(act) | R(act, -phi) | X(act) | R(act, phi) | X(act)
               | H(act) | S(act).get_dagger())
            | CX(act, control))