Protocols

A quantum gate used on genetic programming

A genetic algorithm to find a quantum circuit that includes a Gate.oracle(truthTable:target:controls:) and solves a list of GeneticUseCase instances.

A quantum gate can be decomposed into a sequence of fully controlled two-level matrix gates and not gates. The following implementation is based on: Decomposition of unitary matrices and quantum gates & Decomposition of unitary matrix into quantum gates

Factory to build TwoLevelDecompositionSolver instances

Implementation of Gaussian elimination algorithm for system of XOR equations, i.e. equations like the following: x2 ^ x1 ^ x0 = 0.

Factory to build XorGaussianEliminationSolver instances

A quantum circuit

Factory to build Circuit instances

A circuit density matrix

Factory to build CircuitDensityMatrix instances

A quantum circuit with noise

Factory to build NoiseCircuit instances

Probabilities of each possible combinations of qubits

A quantum circuit state

Factory to build CircuitStatevector instances

Print/draw a quantum circuit

Factory to build Drawable instances

A type with a simplified representation of a quantum gate

A type with a simplified representation of a noise operator

Get equivalent representation of an instance as a QuantumOperator

A type with a simplified representation of a quantum operator