Transversal Spatiotemporal Compression Formulations and Entropy Freezing Engineering for Nuclear Fission Chain Reactions Countermeasures
Year: 2026
Type: article
Abstract: ABSTRACT This manuscript introduces the theoretical framework of The Exodus Shield Project, an alternative spatiotemporal metric compression model engineered to neutralize strategic nuclear warheads without physical, explosive destruction. Utilizing a non-linear quadratic coupling named Sabto’s Empirical Chrono-Density Equation, the proper internal time registry (dt) within a localized coordinate perimeter can be compressed toward absolute stasis (dt --> 0). Cross-epoch validation spanning six Levantine archaeological matrices and high-energy particle data from CERN consistently yields a stable, universal transversal impedance constant locked at ( = -12.5). Computational integration demonstrates that this negative energy flux successfully halts the exponential generation of prompt neutrons in supercritical masses at a terrestrial laboratory operational scale of (-1.667.523,31 Joules), offering a solid, non-coercive strategic defense alternative for global civilizational protection. Keywords: Sabto’s Equation, Chrono-Density, Terrestrial Coefficient, Nuclear Fizzle, Exodus Shield, Day-Year Principle.
Author: wibowo, sabto agung wibowo
Language: English
Topic: Nuclear Issues and Defense
Field: Social Sciences
Domain: Social Sciences
Open Access status: green
OpenAlex ID: W7225458547