UltronicPhysics/UMH: UMH v1.0.2 – Updated Public Release of the Ultronic Medium Hypothesis

This is the first update to the initial public release (v1.0.2) of the Ultronic Medium Hypothesis (UMH) simulation framework and scientific manuscript.

Contents:

Full LaTeX-formatted PDF paper detailing the UMH theory and simulation validation. Python-based simulation code for gravitational waves, gauge symmetry, quantum emergence, and CMB structure. Numerical analysis scripts, postprocessing tools, and figure generation. Supporting data files and visualizations for Appendix A and B results. This update includes a section accidentally missed on Time Dilation, and some Grammatic corrections, as well as updating some equations to a dimensionless form, and the upgrade to use the full Pantheon Plus data set.

Highlights:

Validates core predictions of UMH against General Relativity, Quantum Field Theory, and Cosmological observations. Reproduces key metrics: 1 / r 2 flux decay, gauge boson emergence, CMB angular power spectrum, and Einstein tensor curvature fields. Entirely independent research and original simulations authored and developed by Andrew Dodge. System Requirements:

256 GB RAM minimum (for high-resolution tests) 500 GB disk space CPU-based execution; GPU optional but not required This release is archived on Zenodo and citable via DOI: (replace with actual DOI once generated).

📘 Refer to the included PDF for methodology, test results, and theoretical background. 📂 See README.md for setup instructions. 🛠 Future versions will include improved modularization, GPU support, and live visualizations.