The purpose concerning this work is to explain the viability of a basically novel approach to the definition of the spin drawing moment of the power. In contrast to previous formulations of the spin drawing moment that elucidated the interaction of the energized matter with the material vacuum, it is showed in this study that the Bohr magneton, that makes up the most of the moment, is a characteristic of photons.A "transfer" of the attractive moment from the photon to the arising electron-positron pair happens when a photon decays into an electron and positron. This is corresponding, for example, to the "transfer" of the spin from a photon to the arising electron and positron pair. The supposed radiative correction to the basic component of the electron spin drawing moment is again demonstrated in this place work, and it can be determined from the magnetic importance of virtual photons that the power generated in the real vacuum. The characteristics of virtual photons were comparable to those of photons performing the diffusion of the electromagnetic oscillations as well.
Author(s) Details:
Liudmila B. Boldyreva,
State
University of Management, Moscow, Russia.
Please see the link here: https://stm.bookpi.org/CPPSR-V3/article/view/12584
No comments:
Post a Comment