CPviolation in the six-quark model

Abstract

We construct a Weinberg-Salam-type gauge theory of a weak interaction with $\mathrm{CP}$ violation based on the six-quark model. Under the assumption of the validity of the Zweig-Iizuka rule and ${\left(\frac{\mathrm{quark}\mathrm{mass}}{W-\mathrm{meson}\mathrm{mass}}\right)}^2\ll 1$ this leads to the superweak theory of $\mathrm{CP}$ violation for both uncharmed and charmed hadrons. We also propose a new assignment for the $J$ and other $\psi$ particles, which predicts the existence of a 3.5-GeV $0^{-}$ meson using the 2.85-GeV $0^{-}$ state as input.