High-Dimensional Mathematics and Computational Cosmology: Refining Structured Quantum Fields and Recursive Expansion

This paper introduces a new framework for high-dimensional mathematics and computational cosmology,utilizing structured quantum fields, recursive energy expansion, and infinite-dimensional structured models. Our research extends beyond 4D space-time, developing novel numerical systems that redefine chaotic quantuminteractions into predictable structured oscillations. Additionally, we explore how AI-driven simulations can enhance our ability to model infinite-dimensional physics with recursive quantum expansion models. These advancements offer breakthroughs in theoretical mathematics, computational physics, and the predictive modeling of cosmic structures.