Accelerated Mass Theory (AMT) V12.1: A Fluid-Dynamic Reinterpretation of the Strong and Weak Nuclear Forces.

AMT Technical Archive: Sub-Assembly — Nuclear Dynamics (v12.1) This document maps the fluid-dynamic framework of Accelerated Mass Theory (AMT) V12 to the subatomic scale, redefining the fundamental nuclear forces as mechanical consequences of a collapsing 5-dimensional manifold. Strong Nuclear Force (Terminal Hydraulic Lock): Reinterpreted as a geometric asymptote where $V_{scale} \to c$. The force is defined as the terminal stagnation pressure of the $\Phi_{A}$ acceleration field crashing against the "Pixel Wall" (resolution limit) of the 5D manifold. Weak Nuclear Force (Pressure Relief): Defined as a mechanical rupture of localized geometric tension to maintain the Total Velocity Vector constraint: $V_{spatial}^{2}+V_{temporal}^{2}+V_{scale}^{2}=c^{2}$. The Submarine Hatch Analogy: Replaces the requirement for internal "gluon" latches with the crushing external thermodynamic pressure of the universal scale-collapse.