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Published 2025 | Version 3.0

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

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Description

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.
 
 

Abstract (English)

⚠️ This is the validated and corrected version (v2) of the MFSU model. 
It includes the final form of the equation, a complete mathematical derivation, and a comparison with the previous draft.

✅ Please use this version for citation and scientific use.

📘 Note: The derivation file is in English with real peer-reviewed references.

Abstract (En)

Español:

Esta es la versión 3 del Modelo Fractal Estocástico Unificado (MFSU), que presenta la derivación final de la constante fractal universal δF ≈ 0.921, junto con validación experimental rigurosa en dominios como cosmología (CMB), difusión anómala de gases y superconductividad de alta temperatura. Se incluye un marco matemático formal, simulaciones reproducibles, comparación con modelos estándar y un análisis estadístico exhaustivo que refuerza la solidez del modelo. Esta versión consolida la propuesta unificadora del MFSU como nuevo paradigma físico basado en geometría fractal y procesos estocásticos.

English:

This is version 3 of the Unified Fractal-Stochastic Model (MFSU), presenting the final derivation of the universal fractal constant δF ≈ 0.921, with rigorous experimental validation in domains such as cosmology (CMB), anomalous gas diffusion, and high-temperature superconductivity. It includes a formal mathematical framework, reproducible simulations, comparison with standard models, and robust statistical analysis, consolidating the MFSU as a unifying physical paradigm based on fractal geometry and stochastic processes.

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Related works

Is supplement to
Publication: 10.5281/zenodo.16259825 (DOI)
Publication: 10.5281/zenodo.16277829 (DOI)