Computational Simulation of the Cosmic Fabric Theory: Variable Light Speed, Wave-Valley Metric, and Sub-Particle Genesis

This dataset and publication present the computational mathematics and open-source Python simulations for the "Cosmic Fabric Theory" (previously registered under DOI: 10.5281/zenodo.20222101). This work provides mathematical formulations and visual models verifying the core mechanical principles of the theory:1. Refutation of Space Expansion: Demonstrating the pseudo-acceleration illusion via Wave-Valley Metric interference.2. Variable Speed of Light: Modeling light velocity as a local variable governed by un-vacuumable Fundamental Simple Matter density and Fabric Resistance (Rf).3. Matter Genesis: Simulating the physical conversion of fabric into hydrogen under mechanical shock waves (e.g., supernovae). The embedded Python code provides an interactive simulation platform to test these fluid-dynamic universe parameters. This work is licensed under Creative Commons Attribution 4.0 International (CC BY 4.0).