Unifying the Fundamental Forces: A Velocity-Dependent Quantum to Classical Transition Model

This thesis presents a novel unification of the four fundamental forces—gravity, electromagnetism, the weak nuclear force, and the strong nuclear force—by integrating the concepts of quantum superposition, decoherence, and velocity. A significant contribution is the introduction of the Arrabal Critical Velocity, a threshold where quantum coherence collapses, leading to the classical behavior of forces. The key finding of this work is the derivation of a velocity-dependent unified force formula, which describes how the fundamental forces transition from quantum superposition to classical determinism as velocity increases. This model has implications not only for particle physics but also forunderstanding the early universe's evolution, quantum computing, and the quest for a unified theory of physics. Theoretical analysis and proposed experimental designs at CERN aim to validate the model.