Muon Structure, Decay, and Neutrino Reassignment

This brief presents a revised model of muon structure and decay, proposing that neutrinos are not fundamental particles but rather structured gluonic states—pseudo-leptons and pseudo-hadrons. The muon is described as an electron core with an icosahedral gluonic structure surrounded by a 48-vertex gluon shell, whose instability leads to decay via equatorial shearing. Instead of emitting traditional neutrinos, the model suggests that decay produces pseudo-particles:The pseudo-lepton remains bound to the outgoing electron, replacing the standard electron neutrino.The pseudo-hadron interacts with a proton, determining whether a neutron remains or a proton is formed, replacing the muon neutrino.The model further introduces a gluonic migration cycle where electrons and positrons mediate gluon transfer between protons and neutrons in suborbitals. This cyclic exchange sustains atomic structures and suggests that antimatter (positrons) is naturally integrated into atomic systems rather than exotic.Overall, this framework bridges lepton and hadron interactions, offering a self-regulating mechanism for particle transformation without requiring weak force mediation.