The Muon Magnetic Anomaly as a Common Source Stress Test of the dBBZ Leptonic Structure , Comparaison with QED . ( Old Ghosts or New Skeletons . Part 2)
Year: 2026
Type: preprint
Abstract: The work is positioned as a natural continuation of the comparison concerning the electron, in which the dBBZ sequence was systematically closer to the experimental value than the corresponding QED+SM sequence. The muon case constitutes a more severe test bench, since hadronic and weak contributions are not negligible and the updated 2025 Standard Model prediction is very close to the experimental value.Within the dBBZ framework, the muon is described as an extended structure composed of internal entangled orbitals. The magnetic anomaly is calculated as a cumulative sum of structural contributions associated with the orbitals, using the same common source that also constrains the electron and tau.In the primary version, without internal weak update, one obtains:amu(dBBZ,0)=0.001165919987045, with relative error: err_amu(dBBZ,0)=6.15784*10^-7.The updated 2025 Standard Model reference is:amu(SM,2025)=0.001165920330, with relative error: err_amu(SM,2025)=3.21634*10^-7.The primary dBBZ is therefore less precise than the 2025 SM in the muonic sector alone.However, by introducing an internal weak correction mediated by the weak-only level, which acts as a micro-correction of the effective final velocity of the charged orbital, the muonic error is reduced to: err_amu(dBBZ,w)=1.9777*10^-8.In the tau, where the experimental comparison is not yet sufficiently constraining, the moderate chain produces a more modest but coherent improvement, reducing the relative error with respect to the QED+SM reference from approximately: 4.34*10^-8 to approximately: 3.42*10^-8.
Author: Zamboni, Lino
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7222876988
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