Stability Analysis of Quantum Networks of Cavity QED and Generation of W,W-class and GHZ States
This paper is concerned with the stability analysis of the optical QED feedback control systems in interacting Fock space and a new method for generating multi-state entangled states by designing quantum networks of the closed optical QED cavities connected in parallel. The Nyquist stability of the quantum feedback control system in the interacting Fock space using beam splitter device has been analyzed. The generation of W,W-class and GZ states are discussed by constructing respective composite networks of the optical feedback QED cavities.
CYBERNETICS AND PHYSICS, Vol. 5, No. 3. 2016, 79–84.