Modeling of macroscopic quantum resonance processes in electron and positron flows

Abstract

Using methods of computing modeling, resonant processes of merger of groups of electrons and positrons into macroplasmoid with the compensated Coulomb field and identical wave fields of electrons and positrons are considered. The macroscopic quantum processes in the toroidal storage leading to receiving the superfluid medium currents proportional to a gradient of a phase and the ring toroidal currents proportional to vector potential, and being superconductivity currents are discussed.