gates

Implementations of quantum gates.

The GateImplementation subclasses in this subpackage construct TimeBox instances to implement specific native gates, using the calibration data that the class has been initialized with. Each GateImplementation instance encapsulates the calibration data for a specific implementation of a specific native gate acting on a specific locus.

Several different implementations and calibration schemes can be supported for a given gate, each represented by its own GateImplementation subclass. Likewise, a single GateImplementation subclass can be sometimes used to implement several different gates through different calibration data.

Full path: iqm.pulse.gates

Functions

expose_implementation(implementation[, ...])	Add the given gate implementation to the list of known implementations.
get_implementation_class(class_name)	Get gate implementation class by class name.
register_implementation(operations, op_name, ...)	Register a new GateImplementation.
register_operation(operations, op[, overwrite])	Register a new QuantumOp to the given operations table.

Subpackages and modules

barrier	Barrier metaoperation.
conditional	Classically controlled gates.
cz	Two-qubit controlled-Z (CZ) gate.
default_gates	Canonical quantum operations and implementations provided by iqm-pulse.
delay	Force a delay between instructions on the control channels of specific locus components.
enums	Enumerations for representing a set of important one- and two-qubit gates.
flux_multiplexer	GateImplementation for correcting flux crosstalk for a given set of flux-pulse TimeBoxes
measure	Projective measurement in the Z basis.
move	Two-qubit MOVE gate.
prx	Single-qubit PRX gate.
reset	Resetting qubits to the zero state.
rz	Single-qubit RZ gate.
sx	Single-qubit sqrt(X) gate.
u	Single-qubit SU(2) gate.