APPENDIX C: Case Study: Analysis of The Carbon-12 Core Confinement Engine
Year: 2026
Type: preprint
Abstract: APPENDIX C: PM-EG.TOE Amendment Node: Sub-Atomic Formulation and Nuclear Ledger Dynamics — Case Study: The Carbon-12 Core Confinement Engine (Appendix C) DESCRIPTION / ABSTRACT:This amendment node to the Propulsive Matter and Electro-Gravitational Theory of Everything (PM-EG.TOE v3) framework provides a mathematically rigorous, scale-invariant resolution to the historic scale bifurcation in mainstream nuclear and gravitational physics. Standard institutional physics relies on independent, non-communicating frameworks to describe a singular mass entity—applying an isolated "Strong Force" mediated by gluons at the sub-atomic scale, while treating macroscopic gravitational attraction through general relativity. Operating within a rigid, non-expansive Euclidean background, Appendix C entirely eliminates this conceptual split. It establishes that the atomic nuclear envelope is an active, high-potential electro-gravitational engine where sub-atomic particle confinement and long-range gravitational potentials are governed by a single, mass-proportional kinetic budget denominated strictly in standard SI Energy Units (Joules). By utilizing a scale-invariant tensor scaling matrix across PM-EG.TOE Laws VIII, IX, and X, the framework demonstrates that nuclear confinement forces are the primary energetic expressions of this sub-atomic engine, while macro-scale gravity is revealed as its residual outward leakage. Included with this node is an executable, peer-verifiable Python 3 verification script. The algorithm computes the micro-scale tensor audit for a standard Carbon-12 nucleus core—mapping its baryonic rest mass initialization, micro-potential gradient shielding matrices, and coordinate nuclear boundary constraints—proving that the exact same mathematical budget configurations that balance vast planetary matrices simultaneously lock the structural frequency boundaries of the atomic nucleus.
Author: Lowe, Douglas
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225585162