Mister Steve's Universe - Parameter-Free Topological Derivation of the Weak Mixing Angle and Galactic Radial Acceleration (SPARC Validation)

Abstract: > This repository contains the V5 Canonical Model Report, verification ledgers, and executable Python scripts for a 5D topological framework (informally 'MSU'). By modeling the universe as a highly constrained $T^4 \times S^1_q$ domain wall, this framework natively derives several fundamental constants without free parameters or phenomenological tuning. Key derivations included in this reproducibility bundle: The exact electroweak Weak Mixing Angle ($\sin^2\theta_W = 3/8$) derived purely from Kink-brane trace neutrality. The $5.3$ dark-to-visible matter ratio, emerging strictly as a geometric projection anomaly across the 5D gap. Numerical validation scripts running the model's un-tuned retarded Green's function against the SPARC galaxy database, demonstrating a $\chi^2$ fit that outperforms pure MOND. Personal Note: I am not an academic physicist; I am a petroleum engineer. Over the years, I noticed recurring geometric patterns in unified theories that seemed to rely on heavy parameterization. I designed the fundamental topology of this framework ($T^4 \times S^1_q$) specifically to forbid free parameters. Because I do not have institutional backing, I utilized strict LLM-based verification pipelines and automated Python scripts to audit the derivations at every stage, explicitly commanding the environments to reject any mathematical step that required importing standard values or tuning variables. The resulting SPARC integrations and topological trace normalizations (yielding $\sin^2\theta_W = 3/8$) emerged organically from this constrained computational environment. I know outsider theories are usually noise, but because this model is parameter-free and reproducible via the attached scripts, it is strictly falsifiable. I am seeking a brutal, professional audit of these results.