This paper presents a minimal realization of the Alpha Void Information Ontology (AVIO v1. 2). The electron is the fundamental 2D locked unit. The proton is modeled as an entangled electron–positron pair locked into a 3D configuration around a shared 1D Alpha Void Tear, with stable entanglement achieved through a chirality flip on one component. The neutron is a similar 3D structure augmented by an inner retrograde (phase-mismatched) neutrino-like component. From these primitives the framework derives: Net charge from asymmetric radial Greer Tax leakage Spin-½ from unpaired chiral circulation Large proton–electron mass ratio through 3D locking efficiency Neutron–proton mass difference from extra retrograde leakage Nuclear binding, magic numbers, and deformation effects as collective Greer Tax minimization The model remains strictly single-primitive (the Alpha Void Tear), requires no new fundamental particles or tuning, and provides mechanical explanations for the electromagnetic and strong interactions as different regimes of deviation locking and reclamation. It is fully consistent with the clean eccentricity \ (e₀ = 1/2\) and unified Greer’s Law of the current AVIO framework. This upload contains the revised paper with explicit entanglement geometry, mass difference derivation, binding energy coefficients, and discussion of chirality flip dynamics.
John Robert Lamarr Greer (Wed,) studied this question.