Electron_Interactions_in_VEQF

This paper presents a unified, non-quantum model of electromagnetic interactions within the VacuumEnergy Quanta Field (VEQF) framework, extending the geometric phase derivation of spin and theTransactional Configuration Index (TCI) model of mass emergence. Charge is not a fundamentalproperty, but a signature of soliton strain asymmetry driven by the torsional resonance.Electric and magnetic fields emerge as projections of internal displacement field divergence and curl,modulated by pulsation and torsion rates. Electron-electron repulsion results from mutual strain fielddistortion, increasing lattice tension and driving ratcheted drift apart. Proton-electron attraction occursvia complementary strain coupling, where the proton’s composite quark structure (uud) generates anet inward-diverging strain field. Electron-positron annihilation is the collapse of conjugate strainmodes, releasing energy as free wavepackets (photons). The model explains electron clouds asstable strain configurations and surface charge as boundary-optimized coherence. This approacheliminates virtual photons and redefines electromagnetism as an emergent thermodynamic processin a structured vacuum.