Authors: Osvaldo F. Schilling
In previous papers the author has analyzed data for leptons and baryons which converges to the association of magnetic energy to the rest enegies of these particles. In this paper a crucial parameter in this model, the number of flux quanta n trapped inside the region covered by an intrinsic motion of a particle, is considered in detail. Strictly fitting theory to experiment for baryons results in fractionary n which lie close but deviate from the expected numbers from a classical calculation. We show that the data diaplay a tendency to form Shapiro-like steps at integer numbers of flux quanta, which seems at least in part responsible for the observed deviations from the classical prediction.
Comments: 8 Pages. 1 table and 2 figures
[v1] 2017-05-07 18:43:23
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