Package org.mathIT.quantum.stabilizer

Provides classes to simulate quantum stabilizer states.

See: Description

Class Summary

Class	Description
Circuit	This class enables the storage of quantum circuits and offers methods to execute quantum operations on it.
GraphRegister	This class represents the states of a quantum register consisting of stabilizer states.
LocalCliffordOperator	An operator in the local Clifford group C1.
QubitVertex	A GraphRegister object maintains a list of its vertices (qubits), each described by an object of this class QubitVertex.
Register	This class represents the states of a quantum register.

Package org.mathIT.quantum.stabilizer Description

Provides classes to simulate quantum stabilizer states. These are special quantum register states which are obtained from a computational basis state by a restricted class of quantum gates, the local Clifford operators and the c-NOT gate. Quantum algorithms using only these quantum gates are efficiently implementable on a classical computer, due to the Gottesman-Knill theorem.

The classes of this package implement the graph state formalism by Anders and Briegel, which is the most fastest simulation of quantum stabilizer state algorithms known so far.

Requires JDK 7