Alpha Void Information Ontology (AVIO): A Minimal Geometric Foundation of Physics This work presents the Alpha Void Information Ontology (AVIO), a minimal, fully geometric framework in which all physical reality emerges from quantized deviations from a single ground state of pure nothingness — the Alpha Void. Built on five primitives — the 1D Alpha Void Tear, deviation duality, Greer Tax, marginal stability, and integer cycle closure — AVIO derives quantization, rest mass, the preferred eccentricity \ (e₀ = 1/2\), temperature-time duality via unified Greer’s Law, particle structures through helical locking, and gravity as collective refractive strain in flat space. The theory is strictly information-theoretic, consistent with Wheeler’s “It from Bit, ” and requires no tuning to experimental data. Key advances in v1. 2: - Clean, derived eccentricity \ (e₀ = 1/2\) (no transcendental tuning) - Unified Greer’s Law combining kinematic (outer-layer) and thermodynamic forms- Explicit mechanical derivations of coupling constants (β, γ, C) - Strengthened Newton’s Cradle picture for strong/weak interactions and nuclear processes- Consistent treatment across the full paper series (Papers 9–10 and Master Reference Document) The ontology provides intuitive explanations for confinement, mass generation, fine-structure stability, black hole information resolution, and temperature-dependent effects, while generating multiple distinctive, testable predictions. This upload includes the main foundational paper (revised), core framework summary, wave equation, and Appendix of predictions.
John Robert Lamarr Greer (Mon,) studied this question.