The End of "Wanting": A Mechanical Basis for Physical Preference and Mechanical Morphogenesis: Deriving Fractal Branching from the Subatomic and Genomic Screw

These papers present the formal mechanical framework for the USSM. They argue that physical "preferences" in matter are the result of fluid-dynamic interactions within a 10-dimensional viscous substrate rather than abstract tendencies. They provide a causal explanation for the double-helix geometry of DNA as a necessary torsional bypass to survive the 17.6 Gyr curing singularity. They also provide the first formal derivation of biological morphology as a scale-symmetrical consequence of 10-dimensional fluid dynamics. Under the USSM, demonstrating that the double-helix geometry of DNA and fractal branching are mechanical requirements for structural stability within a curing viscous substrate. Deriving the species-specific branching angle as a direct projection of genomic rifling through the Santos Constant (sigma).