Unified description of electroweak interaction in the processes of ionization of atoms and beta-decay of nuclei
Seminars
FLNR Scientific Seminar
3 March 2015, 15:30, FLNR Conference Hall
Shchegolev V.A. “Unified description of electroweak interaction in the processes of ionization of atoms and beta-decay of nuclei”
Abstract
The new approach to the description of electroweak interaction uniting the processes of atomic ionization and nuclear beta-decay was suggested. It’s based on the interconnection between interaction energy, interaction area geometrical size and corresponding interaction constants. Experimental data analysis leads to the following formulae connecting above-mentioned parameters:
(electromagnetic interaction in atoms) and
(nuclear beta-decay)
It was shown that αw values describing beta-decay are of the order of α=1/137,036 electromagnetic interaction constant. The received results are comparable with the results of quantum mechanical calculations of atom diameters by the Hartree–Fock method and Glashow–Weinberg–Salam theory of electroweak interaction where W and Z bosons are interaction carriers.
(electromagnetic interaction in atoms) and
(nuclear beta-decay)
It was shown that αw values describing beta-decay are of the order of α=1/137,036 electromagnetic interaction constant. The received results are comparable with the results of quantum mechanical calculations of atom diameters by the Hartree–Fock method and Glashow–Weinberg–Salam theory of electroweak interaction where W and Z bosons are interaction carriers.