Tuning Effect in Particle Masses, Nuclear Data and Standard Model Parameters

Abstract

Recent determination of the scalar boson mass and results of the analysis of nuclear excitations collected in the new nuclear data compilation confirmed the presence of a common tuning effect in particle masses, in parameters of the Standard Model and in nuclear data. This tuning effect includes the distinguished character of estimates of constituent quark masses and the presence of long-range correlations in nucleon masses and nuclear data with the parameters close to (or rational to) the electromagnetic mass splitting of the electron and the nucleon. One of SM-parameters of the tuning effect is the QED radiative correction. Its value coincides with the ratios between masses of both leptons and masses of the constituent quark and Z-boson. It means that the lepton ratio (L=mµ/me=MZ/Mq with Mq=441 MeV) has the universal character.