Compensation of Coulomb Interaction of Nuclei in Low-Energy Nuclear Reactions

Abstract

The aim of this article is to show that compensation of Coulomb interaction for subsequent implementation of nuclear fusion (for example, between coaxial protons in nickel-hydrogen reactor) is a result of interaction of virtual photons created by these protons.

Besides the compensation of Coulomb interaction, the concept of virtual photons can explain the following properties of the Low-Energy Nuclear Reactions: the formation of so-called “nuclear molecules”; “mass defect”;
the radiation of electromagnetic oscillation and ball lightning; the generation of spin supercurrent. It is shown that the properties of spin supercurrent are analogous to many properties of radiation of nuclear reactor.