The Elastic Universe: A Bio-Mathematical Framework for Structural Resilience and Information Optimization in High-Entropy Systems

This record contains the core components of the Bio-Mathematical Resilience framework, presenting a novel 'Elastic Universe' model that integrates hexagonal honeycomb lattices, 4x3 asymmetric matrices with normalized C_corr coefficients, H-bond connectivity dynamics, and entropy-driven thermal throttling (External Seeding). The framework bridges biological systems theory with advanced mathematical modeling and algorithmic simulation to optimize structural resilience and information handling under high-entropy stress conditions. Repository Contents:- Theoretical framework and mathematical architecture.- Python simulation implementation using NumPy and Matplotlib for real-time lattice state visualization under stochastic stress inputs (x0).- Openly licensed under the Apache 2.0 License to foster transparent scientific research and interdisciplinary collaboration.