Alpha Void Information Ontology (AVIO) Proton as Entangled Electron–Positron Pair with Chirality Flip A Minimal Model for Nucleon Structure and Nuclear Binding Paper 2

This paper presents a significant evolution of the Alpha Void Information Ontology (AVIO), superseding the earlier Charge-Entanglement Ontology (CEO). AVIO is built on a single primitive: quantized positive deviations from an absolute ground state of pure nothingness — the Alpha Void. In this minimal realization, the electron is the fundamental 2D locked unit. The proton is modeled as an entangled electron–positron pair locked in a 3D configuration around a shared Alpha Void Tear, with stable entanglement achieved through a chirality flip of one component. The neutron is a similar structure augmented by an additional retrograde (detuned 1D) neutrino component. This framework naturally derives: - Charge emergence from asymmetric radial Greer Tax - Spin-1/2 from unpaired chiral circulation - The large proton–electron mass ratio through 3D locking efficiency - The neutron–proton mass difference from extra neutrino leakage - Nuclear binding, magic numbers, and deformation effects as collective minimization of Greer Tax The model remains strictly single-primitive, requires no new fundamental particles or tuning, and replaces the strong force with emergent chiral entanglement dynamics. It offers improved mechanical insight into nucleon structure, nuclear systematics, and the unification of forces as different regimes of deviation locking and reclamation. The work includes explicit entanglement geometry, derivations of the neutron–proton mass difference, binding energy coefficients, the fine structure constant from entanglement geometry, and an improved Greer’s Law incorporating temperature and collective reclamation.