supergrad.utils.gates module

The code is from qutip_qip.operations. Operations on quantum circuits.

List of Gates

rx(phi[, n, target])	Single-qubit rotation for operator sigmax with angle phi.
ry(phi[, n, target])	Single-qubit rotation for operator sigmay with angle phi.
rz(phi[, n, target])	Single-qubit rotation for operator sigmaz with angle phi.
sqrtnot([n, target])	Single-qubit square root NOT gate.
snot([n, target])	Quantum object representing the SNOT (Hadamard) gate.
phasegate(theta[, n, target])	Returns quantum object representing the phase shift gate.
qrot(theta, phi[, n, target])	Single qubit rotation driving by Rabi oscillation with 0 detune.
x_gate([n, target])	Pauli-X gate or sigmax operator.
y_gate([n, target])	Pauli-Y gate or sigmay operator.
z_gate([n, target])	Pauli-Z gate or sigmaz operator.
cy_gate([n, control, target])	Controlled Y gate.
cz_gate([n, control, target])	Controlled Z gate.
s_gate([n, target])	Single-qubit rotation also called Phase gate or the Z90 gate.
t_gate([n, target])	Single-qubit rotation related to the S gate by the relationship S=T*T.
qasmu_gate(args[, n, target])	QASM U-gate as defined in the OpenQASM standard.
cs_gate([n, control, target])	Controlled S gate.
ct_gate([n, control, target])	Controlled T gate.
cphase(theta[, n, control, target])	Returns quantum object representing the controlled phase shift gate.
cnot([n, control, target])	Quantum object representing the CNOT gate.
csign([n, control, target])	Quantum object representing the CSIGN gate.
berkeley([n, targets])	Quantum object representing the Berkeley gate.
swapalpha(alpha[, n, targets])	Quantum object representing the SWAPalpha gate.
swap([n, targets])	Quantum object representing the SWAP gate.
iswap([n, targets])	Quantum object representing the iSWAP gate.
sqrtswap([n, targets])	Quantum object representing the square root SWAP gate.
sqrtiswap([n, targets])	Quantum object representing the square root iSWAP gate.
fredkin([n, control, targets])	Quantum object representing the Fredkin gate.
molmer_sorensen(theta[, n, targets])	Quantum object of a Mølmer–Sørensen gate.
toffoli([n, controls, target])	Quantum object representing the Toffoli gate.
rotation(op, phi[, n, target])	Single-qubit rotation for operator op with angle phi.
controlled_gate(u[, n, control, target, ...])	Create an N-qubit controlled gate from a single-qubit gate U with the given
globalphase(theta[, n])	Returns quantum object representing the global phase shift gate.
hadamard_transform([n])	Quantum object representing the N-qubit Hadamard gate.
expand_operator(oper, n, targets[, dims, ...])	Expand an operator to one that acts on a system with desired dimensions.