Abstract: Science Set Journal of Physics

Abstract:
The article discusses issues of information transfer in various physical processes. Quantum tunneling, focusing of a spherical electromagnetic wave, and the physics of the early universe are considered. It is shown that in all these processes there is an instantaneous transfer of information, which distinguishes this phenomenon from material phenomena characterized by a finite speed of flow, not exceeding the speed of light. Exact solutions of the Maxwell-Einstein equations of wave and non-wave nature are found. It is shown that the crosslinking of these solutions at the boundary of their existence leads to the disappearance of the singularity at the focal point of a spherical electromagnetic wave. It is noted that these solutions help to construct a theory of the behavior of the early universe that does not have singularities, in contrast to the well- known Friedman-Robertson-Walker model.