2026 update: Weak Force and Beta decay as Unwrapping of a Particle Within the Framework of HoloGenesis + Addendum about Charge

Abstract

The neutron’s finite lifetime has long been attributed, within the Standard Model, to the mediation of the weak force through heavy W bosons. Yet this interpretation depends on speculative carrier entities and does not explain, at the structural level, why the neutron decays while the proton and electron remain stable. Within the HoloGenesis framework, mass is understood as the inertia of wrapped frequency coherence, while charge emerges from the orientation of the frequency tip-path relative to the lattice’s permittivity and permeability structure 5, 7, 17, 35, 41, 42, 56.

The neutron is shown to be architecturally fragile because its diagonal charge pattern oscillates between positive and negative excursions, averaging to neutrality. This oscillatory neutrality weakens its axial anchoring in the lattice, so that each internal cycle carries an extremely small probability of locking into the meridional proton orientation. Across the neutron’s immense number of internal cycles, the diagonal path eventually collapses into a proton wrap, while surplus frequency is reconfigured by Divalence into an electron and an antineutrino 3, 5, 6, 48, 49. Beta decay is thereby reinterpreted not as boson exchange, but as the structural resolution of a metastable oscillatory inscription.