iqm.qiskit_iqm.iqm_circuit.IQMCircuit

class iqm.qiskit_iqm.iqm_circuit.IQMCircuit(*regs: Register | int | Sequence[Bit], name: str | None = None, global_phase: ParameterExpression | float = 0, metadata: dict | None = None, inputs: Iterable[Var] = (), captures: Iterable[Var] = (), declarations: Mapping[Var, Expr] | Iterable[Tuple[Var, Expr]] = ())

Bases: QuantumCircuit

Extends the QuantumCircuit class, adding a shortcut for applying the MOVE gate.

Attributes

name	A human-readable name for the circuit.
qregs	A list of the QuantumRegisters in this circuit.
cregs	A list of the ClassicalRegisters in this circuit.
duration	The total duration of the circuit, set by a scheduling transpiler pass.
unit	The unit that duration is specified in.

Methods

move(qubit, resonator)

Applies the MOVE gate to the circuit.

Parameters:

• regs (Register | int | Sequence[Bit]) –

• name (str | None) –

• global_phase (ParameterValueType) –

• metadata (dict | None) –

• inputs (Iterable[expr.Var]) –

• captures (Iterable[expr.Var]) –

• declarations (Mapping[expr.Var, expr.Expr] | Iterable[Tuple[expr.Var, expr.Expr]]) –

move(qubit: int, resonator: int)

Applies the MOVE gate to the circuit.

Note: at this point the circuit layout is only guaranteed to work if the order of the qubit and the resonator is correct (qubit first, resonator second).

Parameters:

• qubit (int) – the logical index of the qubit

• resonator (int) – the logical index of the resonator