Quantum computing specificities with the application to quantum teleportation

Abstract

The work explains quantum computing theoretical-physical basis from where quantum information processing specific features are deduced. Thereupon, quantum information processing logical representation is laid down through quantum circuits paradigm, some quantum gates of theoretical importance are defined and special attention is dedicated to existence of universal quantum gates set. Finally, an example of quantum circuits paradigm application to entangled states generation and quantum teleportation realization is exposed.