Unified Stochastic Fractal Model (MFSU): A Framework for Complex Systems in Physics and Cosmology

The Unified Stochastic Fractal Model (MFSU) integrates fractal geometry, stochastic processes, and quantum field theory to model complex systems in superconductivity, gas dynamics, and cosmology. This resource includes a comprehensive document detailing the MFSU’s original and refined formulations (using a Wigner function with a fractal Laplacian), derivations, and applications to real datasets: \texttt{RvT_300K.csv} (superconductivity), \texttt{Gas_Dynamics.py} (gas dynamics), and \texttt{Cosmo_Simulation.ipynb} (cosmology). The dataset contains 1000 data points in CSV format, and the Python-based Monte Carlo simulation code (\texttt{MFSU_Simulation.py}, \texttt{MFSU_Wigner.py}) is available at https://github.com/MiguelAngelFrancoLeon/MiguelAngelFrancoLeon-MFSU-Fractal-Dynamics. MFSU unifies classical and quantum dynamics, fostering interdisciplinary research.