A Model of Weak Interactions

概要

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A theory of weak interaction is proposed on the basis of a revised Nagoya model where it is suggested that there are two kinds of B-matter, the one having strangeness B_<s^+> and the other having no strangeness B^+ and these "B-matters" can form bound states with muonic leptons (i. e. ν_μ and μ^-) only. Using this model and the model of muon decay proposed previously by the author, it is shown that we can have a uniform picture of all weak interactions. Moreover, |ΔS|=1 rule and ΔS/ΔQ=-1 decays can be interpreted in the very general framework of weak processes. This also helps us to understand the stability ν_e, ν_μ, e^- and p and the instability of all other particles satisfactorily.
理論物理学刊行会の論文
1964-11-25