Foundational Axioms to Predictive Chemistry and Macroscopic Superconductivity
Year: 2026
Type: preprint
Abstract: 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 like Dark Matter, mass defects, and renormalization. Kymodynamics (Wave Interference Logic) formalizes the physical reality of the universe as a deterministic, continuous fluid geometry operating as Amplitude Modulated Spacetime (AMST). Core Architecture & Frameworks Established: Universal Metrics: Introduces the absolute geometric constants of the continuum, establishing the foundational parameters of the vacuum lattice. The Universal Laws of Kymodynamics: Outlines the core axioms that replace probabilistic mechanics with a continuous geometric wave model. Methodological Rules for Metric Engineering: Provides the definitive roadmap for manipulating solid-state structures non-thermally. Key Applications Inside: This scale-invariant topology is applied directly to condensed matter and phase mechanics. We demonstrate that macroscopic phase states (Solid, Liquid, and Gas) and high-temperature superconductivity are not stochastic anomalies. Instead, they are shown to be deterministic geometric outcomes strictly dictated by Native Lattice Drift (delta_L) evaluated against the Universal Scalar Drag Limit (Delta-T = 0.4704).
Author: Cameron, Justin
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7165179682
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