quantum.gates

Gates in a discopy.quantum.circuit.Circuit.

discopy.quantum.gates.QuantumGate(name, n_qubits)	Quantum gates, i.e. unitaries on n qubits.
discopy.quantum.gates.ClassicalGate(name, ...)	Classical gates, i.e. from digits to digits.
discopy.quantum.gates.Copy()	Takes a bit, returns two copies of it.
discopy.quantum.gates.Match()	Takes two bits in, returns them if they are equal.
discopy.quantum.gates.Digits(*digits[, dim, ...])	Classical state for a given string of digits of a given dimension.
discopy.quantum.gates.Bits(*bitstring[, _dagger])	Implements bit preparation for a given bitstring.
discopy.quantum.gates.Ket(*bitstring)	Implements qubit preparation for a given bitstring.
discopy.quantum.gates.Bra(*bitstring)	Implements qubit post-selection for a given bitstring.
discopy.quantum.gates.Parametrized(name, ...)	Abstract class for parametrized boxes in a quantum circuit.
discopy.quantum.gates.Rotation(phase[, ...])	Abstract class for rotation gates.
discopy.quantum.gates.Rx(phase)	X rotations.
discopy.quantum.gates.Rz(phase)	Z rotations.
discopy.quantum.gates.CU1(phase)	Controlled Z rotations.
discopy.quantum.gates.CRz(phase)	Controlled Z rotations.
discopy.quantum.gates.CRx(phase)	Controlled X rotations.
discopy.quantum.gates.Scalar(data[, ...])	Scalar, i.e. quantum gate with empty domain and codomain.
discopy.quantum.gates.Sqrt(data)	Square root.