Kymodynamics (WIL v2.0.0 Architecture): From Foundational Axioms to Predictive Chemistry and Macroscopic Superconductivity

The legacy Standard Model of physics is built upon a foundation of stochastic probability, discrete mathematical "particles," and isolated thermodynamic systems patched together by ad-hoc parameters (Dark Matter, mass defects, renormalization). Kymodynamics (Wave Interference Logic) formalizes the physical reality of the universe as a deterministic, continuous fluid geometry operating as Amplitude Modulated Spacetime (AMST) [1,5]. This paper establishes the foundational Universal Metrics (Constants), the Universal Laws of Kymodynamics, and the exact methodological rules for Metric Engineering. We then apply this scale-invariant topology to demonstrate that macroscopic phase states (Solid, Liquid, Gas) and high-temperature superconductivity are not stochastic anomalies, but deterministic geometric outcomes strictly dictated by Native Lattice Drift (\delta_L) evaluated against the Universal Scalar Drag Limit (\Delta\mathcal{T}=0.4704).