A bold prediction on the muon anomalous magnetic moment, and expected resulted to be published on April 7, 2021 by the Fermilab Muon g-2, and its explanation
Stephane Herman Maes · 2022
The proposed model of particles as Kerr Newman black hole (regularized Qballs of condensed Higgs bosons matching Kerr Newman solitons), as derived in the multi-fold theory, or in Burinskii works, implies a composite and extended model. As a result, the form factors involved in the computation of the anomalous magnetic moment of the muon have to be corrected, not just by all the radiative corrections to consider, but also to account for the fact that the Landé g-factor will differ now from 2. Also, in an experimental setup as in the Fermilab muon g-2, the soliton/Qball will be deformed by inertial effects (e.g. centripetal force) that can add an additional effect to the measured magnetic moment of the muons (or any other particle). However, effects remain negligible even if gravity at the Standard Model scales were to become non-negligible. We predict that the first discrepancy will be confirmed and that it is not linked to new particles or new forces. We will see if the results published on April 7, 2021 will agree.