Erratum to “The masses of charged leptons and quarks from superposition self-interference of their Dirac fields” by Gerald Rosen

摘要

The Blume-Emery-Griffiths model with the dipol-quadrupol interaction (ell)has been simulated using a cellular automaton algorithm improved from theCreutz cellular automaton (CCA) on the face centered cubic (fcc) lattice. Thefinite-size scaling relations and the power laws of the order parameter (M) andthe susceptibility (chi) are proposed for the dipol-quadrupol interaction(ell). The dipol-quadrupol critical exponent delta_{ell} has been estimatedfrom the data of the order parameter (M) and the susceptibility (chi). Thesimulations have been done in the interval 0leq ell =L/Jleq 0.01 ford=D/J=0, k=K/J=0 and h=H/J=0 parameter values on a face centered cubic (fcc)lattice with periodic boundary conditions. The results indicates that theeffect of the ell parameter is similar to the external magnetic field (h). Thecritical exponent delta_{ell}$ are in good agreement with the universal value(delta_{h}=5) of the external magnetic field.