Charge-Entanglement Ontology Derivation of Neutrino Mass from Sub-Optimal Eccentricity of Unlocked Photon Dipoles Paper 34

This paper derives the tiny neutrino mass within the Charge-Entanglement Ontology (CEO) from first principles, using only the foundational primitives of the Single Alpha Void Ontology. Neutrinos are modeled as unlocked (\(n ≈ 1\)) chiral photon dipole pairs with sub-optimal eccentricity. The neutrino mass emerges mechanically as the residual energetic cost of imperfect marginal stability around the Alpha Void Maelstrom due to chiral mismatch with reclamation waves. The formula \[ m_ν = m_0 (1 - e_ν/e_0)^2 \] is now fully derived (no longer fitted) from marginal stability \(K = P V_0 = V c^2\), Greer Tax leakage, and the variational principle. With \(m_0 ≈ 0.511\) MeV (electron locking scale) and the experimental upper bound \(m_ν 0.1\) eV, the required eccentricity deviation is naturally \(δ e ≈ 4.43 × 10⁻⁴\), fully consistent with the entanglement-induced eccentricity splitting mechanism introduced in Paper 33. This derivation reinforces the framework’s claim that all particle properties, including neutrino mass, arise from a single primitive — charge asymmetry — without requiring additional fundamental parameters or fields. The complete foundational definitions and mathematical structures are provided in the attached Master Reference Document v2.9 (Appendix A).