Wolfram/QuantumFramework | Paclet Repository

Wolfram`QuantumFramework`

QiskitCircuit

	QiskitCircuit [qco] builds a qiskit circuit from the QuantumCircuitOperator qco.
	QiskitCircuit ["qasm"] builds a qiskit circuit from OpenQASM source qasm.

Details and Options

▪

QiskitCircuit

is the bridge between

QuantumFramework

and qiskit: it wraps a pickled qiskit

QuantumCircuit

as a

ByteArray

and exposes it through a property interface.

▪

QiskitCircuit

is produced by

QuantumCircuitOperator

"Qiskit"

property, by

QuantumQASM

import, and by the transform properties below;

QuantumCircuitOperator

[qkc]

converts one back to a

QuantumCircuitOperator

▪

QiskitCircuit

["qasm"]

accepts OpenQASM 2.0 or 3.0 source: the source is read with

QuantumCircuitOperator

and re-emitted to qiskit, so it is equivalent to

QuantumCircuitOperator["qasm"]["Qiskit"]

. A string that is not OpenQASM gives a

Failure

(see Possible Issues).

▪

Applying a

QiskitCircuit

qkc runs the circuit:

qkc[]

simulates it and gives a

QuantumState

, and

qkc[state]

runs it on an initial

QuantumState

state. Options include

"Shots"

"Provider"

and

"Backend"

▪

QiskitCircuit

qkc gives a property with

qkc["prop"]

, with the properties in the table below.

▪

Property evaluation runs in the framework's qiskit Python session, which is set up automatically. The hardware-facing properties

"Transpile"

"Layout"

"Validate"

"QPY"

, and running qkc on a provider additionally need that provider configured (an IBM or AWS account); the default for

qkc[]

is a local Aer simulator.

▪

QiskitCircuit

displays as a summary panel showing its qubit count, depth, and gate counts.

	Property	Result
	"Qubits"	the number of qubits
	"Depth"	the circuit depth
	"Ops"	the gate counts, an Association of gate name to count
	"Clbits"	the classical-bit indices
	"QuantumCircuitOperator"	convert to a QuantumCircuitOperator (also "QuantumCircuit" )
	"QuantumOperator"	the circuit unitary as a QuantumOperator
	"Matrix"	the unitary matrix
	"Diagram"	qiskit's Matplotlib drawing of the circuit
	"Graphics"	the circuit drawn through LaTeX
	"QASM" , "QASM2"	OpenQASM 2.0 source
	"QASM3"	OpenQASM 3.0 source
	"QPY"	compressed qiskit QPY bytes
	"Decompose" , n	decompose each gate n times, giving a QiskitCircuit
	"Transpile" , basis	transpile to a native basis or backend, giving a QiskitCircuit
	"Layout"	a plot of the transpiled qubit layout on a backend
	"Validate"	validate the circuit on an IBM backend
	"Bytes"	the underlying pickled qiskit circuit, a ByteArray