Cross-Scale Coherence Closure (CSCC) / Scaled Transactional Structure (STS) Papers

This collection gathers a series of research papers exploring a unifying framework for physics and biology based on coherence and symmetry across scales. The central idea is that the same mathematical structures that govern particle physics — U(1), SU(2), and SU(3) gauge symmetries — also leave imprints in astrophysical dynamics, nuclear fusion, and even protein folding. The papers span topics from black hole coherence and galactic rotation to intrinsic localized modes in condensed matter, the fine-structure constant as a scaling law, and topological perspectives on fusion. Together, they propose that gravity, dark matter phenomena, and emergent complexity may all be understood as macroscopic shadows of SU(2)/SU(3) torsional coherence carried upward through the scales of nature.