A Unified Model of Energy-Space Dynamics: The Dynamic Equilibrium Approach

This paper introduces the "Dynamic Equilibrium Model of Energy and Space," proposing that the universe operates as a dynamically balanced system where energy and space are two inseparable aspects of the same phenomenon. By redefining gravity as "compressive pressure," the model provides novel explanations for macroscopic phenomena like the Big Bang, black hole formation, and cosmic expansion, as well as microscopic effects such as quantum entanglement and tunneling. The theory intro-duces a nonlinear correction to classical gravitational laws, enabling better descriptions of extreme gravitational environments. Testable predictions, such as directional variations in cosmic expansion and microscopic gravitational effects, are proposed, offering new experimental pathways to validate the theory. This model presents a unified framework bridging general relativity and quantum mechanics, aiming to resolve foundational inconsistencies and inspire fresh perspectives in cosmology and fundamental physics.