Treffer: Dissipative Gauge Fields: A Thermodynamic Unification of Fundamental Interactions

This repository contains the supporting data and materials for the preprint titled *"Dissipative Gauge Fields: A Thermodynamic Unification of Fundamental Interactions."* This work introduces a novel cosmological framework where dissipative gauge fields and the Higgs boson are treated as thermodynamic structures capable of explaining galactic rotation curves, black hole singularity regularization, and dark energy evolution—without invoking dark matter. The repository includes:- The complete manuscript (LaTeX source and compiled PDF).- Raw numerical data in CSV format for all figures.- Python scripts compatible with Google Colab.- Figures used in the article. ### Key Contributions:- Explains galactic rotation curves without dark matter.- Regularizes black hole singularities via Higgs field decay.- Dynamically generates dark energy from Higgs field fluctuations.- Predicts gravitational wave suppression detectable by LISA. The proposed model provides falsifiable predictions testable with upcoming missions such as XRISM, Athena, LISA, Euclid, and DESI. This preprint has been submitted to **Research Square** and is shared to encourage open scientific discussion, replication, and critical analysis. --- ## Reproducibility Notes All figures and results presented in this work are fully reproducible using the provided datasets and Python scripts. The simulations were developed and executed using Google Colab. The repository includes:- Raw numerical data in CSV format for each figure.- Python scripts compatible with Google Colab for figure generation.- Step-by-step computational instructions documented in the Jupyter notebooks. Software requirements:- Python 3.x- Numpy- Matplotlib- Scipy- Pandas- Astropy (optional, if used for cosmological calculations) Data processing and figure reproduction can be completed without high-performance computing resources. For transparency, the Google Colab environment was used with standard Python libraries and open-source packages. ### Reproduction steps:1. Download the raw data from the ...