On of Quantum Theory of Fresnel Reflection

Abstract

A new method for solution of quantum electrodynamics equations is proposed. This method makes it possible to avoid the procedure of breaking the quantum correlators and bridges the gap between the theories of Maxwell gases and the theories of superconductivity and super fluidity. The Maxwell gas interacting with a transverse quantized electromagnetic field is considered. As an example the quantum theory of Fresnel reflection is considered. It is shown that even outside the scattering layer, there are photon states associated with the scattering layer by quantum correlations. In particular, such photons form two reflected beams previously unknown.