A Tri-Phasic Dynamic Particle Model: Unifying Gravity and Quantum Mechanics via Spatial Medium Pressure

Modern physics faces critical challenges, notably the incompatibility between General Relativity and Quantum Mechanics, and the unresolved nature of Dark Energy and Dark Matter. This monograph proposes a fundamental restructuring of the Standard Model via the 'Tri-Phasic Dynamic Particle Model'. We posit that the universe is not composed of discrete elementary particles but is a manifestation of a single wave entity existing in three distinct phases: Out-force (Spatial Medium), In-force (Singularity Seed), and Dualforce (Matter).In this framework, we demonstrate that space is a superfluid-like medium filled with Out-force particles. Consequently, gravity is redefined not as an attractive force but as 'Slippage' induced by pressure gradients within this medium. Furthermore, we provide mechanical solutions to the Hierarchy Problem, Baryon Asymmetry, and the Proton Radius Puzzle, supported by a new mathematical formalism comprising six key equations derived from topological and fluid-dynamic principles.