Abstract
We show that the success of the Nonrelativistic Constituent Quark Model can be associated with symmetrization, which manifests itself in the exact 3:1 ratio between the initial constituent quark mass Mq = mΞ/3=441MeV and the parameter of quark interaction ΔMΔ = (mΔ − mN)/2=147MeV. The interconnection of these parameters with the electron mass, its symmetry, the masses of the fundamental fields and the QED radiative correction is considered. The discreteness with the parameter me can be used in the study of gravitation and dark matter problems.
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