Beyond standard model: axial electric potential of elementary particle structures made of elementary charges +- e/3

It is suggested that elementary particles are made of basic elementary charges +e/3 and -e/3. Equations for axial electric potentials and electric fields of some charged as well as neutral structures (neutrinos n) are derived. It is shown that an electric attraction between different quarks of opposite charge signs (such as d-quark and u-quark) can change for repulsion at short distances between the quarks resulting in the equilibrium distance between the quarks in structures made of them. It is shown that the electric potential of a neutrino is not zero at small distances from it, resulting in possible interaction of neutrinos with charged particles. Equations for the axial potentials allow to suggest that both the strong and the weak interactions have an electromagnetic origin. On the examples of beta decays, it is suggested that the neutrino-antineutrino pairs should be added as reagents in the decays so the total numbers of +e/3 and -e/3 basic charges would be conserved through the reaction. It is suggested for the first time that the neutrino-antineutrino pairs are essential participants in fusion reactions. The neutral neutrino-antineutrino pairs can be a bank of basic elementary +- e/3 charges, for being used in many nuclear reactions.