On a Unified Description of Elementary Particles

概要

論文の詳細を見る
A scheme of approach to the unified description of elementary particles is proposed by using the "neutrino" and the concept of "charge-on". The electron and muon are considered as two kinds of electrically (ε-) charged-on neutrino, and the proton, neutron and Λ-particle are baryonically (b-) charged-on neutrino, electron and muon, respectively. The interactions are constructed from the "currents of charge" : The fundamental strong interaction is the b-charged and conserved current-current type where the full (Ikeda-OgawaOhnuki's) symmetry among three baryons automatically holds and the fundamental electromagnetic interaction is the ε-charged and conserved current-current type (action at a distance), while the weak interactions consist of the ε-charge fading current-current type (usual weak), the b-charge fading current-current type, and the b- and ε-charge fading current-current type (both are extremely weak). Their relation is considered genetically by using the b-charge-on process (Gamba-Marshak-Okubo's symmetry) and the ε-charge-on process.
理論物理学刊行会の論文
1960-09-25