Room-Temperature Superconductivity from Fractal-Stochastic Geometry: Validation of the Unified MFSU Model

This work presents a full validation of the Unified Fractal-Stochastic Model (MFSU) for predicting superconductivity at room temperature. By incorporating a non-integer fractal dimension df≈1.03–1.06d_f \approx 1.03–1.06df≈1.03–1.06, the MFSU equation accurately fits experimental TcT_cTc values for four known fractal superconductors: YBCO, BaTiO₃, quasicrystals, and doped graphene. The model improves the root-mean-square error by 26.4% compared to BCS predictions. This repository contains the full LaTeX manuscript, code, and dataset references, including a new section responding to anticipated scientific criticisms. The work emphasizes a geometry-based approach and opens the path to new superconducting theories beyond phonon coupling. "Note: Full source code and gas data simulation will be uploaded in the next release (currently in packaging stage)."