Molecular Crystals and Liquid Crystals, Vol.375, 185-194, 2002
Quantum limit for observation of self-switching effect of light in nonlinear spatially inhomogeneous optical system
The quantum theory of nonlinear dynamics and self-switching effect for two coupled waves in nonlinear distributed feedback systems (DFB) cholesteric liquid crystals and/or spatially inhomogeneous optical fibers (waveguides) - has developed for the first time. The quantum limits of observation of self-switching effect for the polarization characteristics of light have been founded.
Keywords:self-switching;DFB-systems;standard quantum limit;nonclassical states of light;quantum gates;optical transistors