The mass-charge binding energy as an explanation for the superfine adjustment of the hadron and baryon masses

Quantum chromodynamics (QCD) describes how mass is created at the quark level. This mechanism special, because binding of quarks does not result in a loss or release energy, as case nuclear defect. Rather, by quarks. To achieve this binding, energy must be expended. At same time, however, are firmly bound to each other. Several authors have shown that masses elementary particles determined means QCD agree quite well with experimentally values. In following, superfine adjustment charged possible considering defect terms mass-charge energy.