Transversal Spatiotemporal Compression Formulations and Entropy Freezing Engineering for Nuclear Fission Chain Reactions Countermeasures

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.