Variables
	backend = Aer.get_backend('unitary_simulator')
	Qiskit backend for simulator. More...

	cDecompose = N_Qubit_Decomposition( Umtx.conj().T )
	[load Umtx] More...

	data = loadmat('Umtx.mat')
	load the unitary from file More...

	decomposed_matrix = result.get_unitary(quantum_circuit)
	the unitary matrix from the result object More...

	decomposition_error = LA.norm(product_matrix - np.identity(16)*product_matrix[0,0], 2)
	the error of the decomposition More...

	job = execute(quantum_circuit, backend)
	job execution and getting the result as an object More...

	matrix_size = int(2**qbit_num)

	product_matrix = np.dot(Umtx, decomposed_matrix.conj().T)
	the Umtx*Umtx' matrix More...

int	qbit_num = 3

	quantum_circuit = cDecompose.get_quantum_circuit()
	[create decomposition class] More...

	result = job.result()
	the result of the Qiskit job More...

	Umtx = unitary_group.rvs(matrix_size)
	The unitary to be decomposed. More...

Variable Documentation

◆ backend

example.backend = Aer.get_backend('unitary_simulator')

Qiskit backend for simulator.

Definition at line 119 of file example.py.

◆ cDecompose

example.cDecompose = N_Qubit_Decomposition( Umtx.conj().T )

[load Umtx]

[create decomposition class] creating a class to decompose the unitary

Definition at line 47 of file example.py.

◆ data

example.data = loadmat('Umtx.mat')

load the unitary from file

Definition at line 71 of file example.py.

◆ decomposed_matrix

example.decomposed_matrix = result.get_unitary(quantum_circuit)

the unitary matrix from the result object

Definition at line 127 of file example.py.

◆ decomposition_error

example.decomposition_error = LA.norm(product_matrix - np.identity(16)*product_matrix[0,0], 2)

the error of the decomposition

Definition at line 133 of file example.py.

◆ job

example.job = execute(quantum_circuit, backend)

job execution and getting the result as an object

Definition at line 122 of file example.py.

◆ matrix_size

example.matrix_size = int(2**qbit_num)

Definition at line 41 of file example.py.

◆ product_matrix

example.product_matrix = np.dot(Umtx, decomposed_matrix.conj().T)

the Umtx*Umtx' matrix

Definition at line 131 of file example.py.

◆ qbit_num

int example.qbit_num = 3

Definition at line 38 of file example.py.

◆ quantum_circuit

example.quantum_circuit = cDecompose.get_quantum_circuit()

[create decomposition class]

[set parameters] set the number of successive identical blocks in the optimalization of disentanglement of the n-th qubits [set parameters] [start decomposition] starting the decomposition [start decomposition] [qiskit] Qiskit quantum circuit

Definition at line 109 of file example.py.

◆ result

example.result = job.result()

the result of the Qiskit job

Definition at line 124 of file example.py.

◆ Umtx

example.Umtx = unitary_group.rvs(matrix_size)

The unitary to be decomposed.

Definition at line 44 of file example.py.

Variables