Abstract
Weak interactions and the masses of mesons and of the neutron are described by fundamental couplings between muonic neutrinos and electronic leptons or nucleons by means of heavy bosons with spin 0. These couplings yield the charged- and neutral-current interactions, the masses of the muon and the pion as composite systems of leptons and the finite electromagnetic self-energy of the charged fermion. The parity violation in atomic transitions and the anomalous magnetic moment of the muon are the same as in gauge theory results. The theoretical cross-sections of muonic-neutrino scatterings by the electron agree with experimental data. The mass difference of proton and neutron is evaluated from a composite picture of the neutron.
Published Version
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