S. Ya. Belomyttsev

Model of Coulomb interaction, interaction coupling constants, and particle mass

A model is proposed for the elementary Coulomb interaction and a formula is given for the Coulomb interaction energy of elementary charges. It is postulated that the electron charge is elementary and that a free charge cannot be a fraction of the electron charge. An explanation is given for the mass of charged leptons and some hadrons.

Electromagnetic interaction in hadrons

AbstractThe electromagnetic interaction in hadrons is considered in a certain approximation. Approximate masses have been obtained for the particles π0, π±,K0, η,n, ∑0, Ξ0 and it is pointed out that the masses of the π, ∑0 and Ξ0 particles are proportional to their supposed mass compositions, i.e., proportional to the numbers 2, (16π/3+1/3), 6π. On that basis, the masses of the particles are refined:

Use of MO LCAO method to investigate the nature of the absorption band and interaction mechanism in nitrobenzene-aniline and nitrobenzene-phenol complexes

m_{\Sigma ^0 } = 1192.5201 \pm 0.0030 MeV/c^2

Electron structure and organic molecule fragment participation in ground and excited state interaction processes

and

Electronic structure and properties of excited molecules I. Substituted benzene molecules

m_{\Xi ^0 } = 1315.4158 \pm 0.0030 MeV/c^2

Spectea, mutual effects of atoms, and properties of molecules in the excited state 2. Ketones, aldehydes, acids, and amides of aliphatic and aromatic acids

. It is suggested that the masses of the ∑0 and Ξ0 particles should be refined by experiment.