Quantum Information Transfer Protocols: A Model and Its Numerical Simulations
A general concept of quantum communication networks and sonic fundamental properties of them are discussed. In particular case of unitary dynamics based protocols some general results were formulated. A particular case of transferring pure states in spin chains, due to XY-like unitary dynamics, has been numerically explored within the ZG QCS simulator environment and some basic features of this transferring quantum data protocols has been confirmed through an explicite computations.
quantum information transfer numerical simulations quantum spin networks quantum circuits