qml.ftqc¶

Warning

This module is currently experimental and will not maintain API stability between releases.

This module contains experimental features for supporting fault-tolerant workloads in PennyLane

Modules¶

`cond_measure`(condition, true_fn, false_fn)	Perform a mid-circuit measurement where the basis of the measurement is conditional on the supplied expression.
`measure_arbitrary_basis`(wires, angle, plane)	Perform a mid-circuit measurement in the basis defined by the plane and angle on the supplied qubit.
`measure_x`(wires[, reset, postselect])	Perform a mid-circuit measurement in the X basis.
`measure_y`(wires[, reset, postselect])	Perform a mid-circuit measurement in the Y basis.
`measure_z`(wires[, reset, postselect])	Perform a mid-circuit measurement in the Z basis.
`diagonalize_mcms`(tape)	Diagonalize any mid-circuit measurements in a parameterized basis into the computational basis.
`generate_lattice`(dims, lattice)	Generates a `Lattice` object with a given geometric parameters and its shape name.

`GraphStatePrep`(graph[, one_qubit_ops, ...])	Encode a graph state with a single graph operation applied on each qubit, and an entangling operation applied on nearest-neighbor qubits defined by the graph connectivity.
`Lattice`(lattice_shape[, graph, nodes, edges])	Represents a qubit lattice structure.
`QubitGraph`([graph, id])	A class to represent a hierarchical qubit memory model as nested graphs of qubits.
`QubitMgr`([num_qubits, start_idx])	The `QubitMgr` object maintains a list of active and inactive qubit wire indices used and for use during execution of a workload.
`ParametricMidMeasureMP`(wires, *, angle, plane)	Parametric mid-circuit measurement.
`XMidMeasureMP`(wires[, reset, postselect, id])	A subclass of ParametricMidMeasureMP that uses the X measurement basis (angle=0, plane="XY").
`YMidMeasureMP`(wires[, reset, postselect, id])	A subclass of ParametricMidMeasureMP that uses the Y measurement basis (angle=pi/2, plane="XY").