ZUST (Zhou Unified Stability Theory): The World's First Unified Theory of Engineering-Cosmic Global Stability — Construction of a Quantitative System Based on Convex Optimization and Empirical Verification of Cosmological Puzzles
This theoretical framework unifies engineering and cosmic stability analysis, suggesting new insights for unsolved cosmological issues.
Key Points
The study aims to propose and empirically validate Zhou Unified Stability Theory (ZUST) for analyzing stability across engineering and cosmological systems.
Developed a mathematical framework using convex optimization and Hessian matrix positive definiteness.
Applied the theory to three typical cases of cosmic celestial bodies for empirical verification.
Addressed nine unsolved cosmological puzzles through the lens of ZUST.
Established core functions: self-stability determination, gravitational binding capacity, and multi-body interaction dynamics.
Demonstrated that the framework can predict stability in complex cosmic systems.
Showed that ZUST can provide insights into previously unexplored cosmological phenomena.