The AMDCF Unified Field Theory: Scale-Dependent Manifestations of Spacetime Memory

The unification of fundamental forces remains the holy grail of theoretical physics. In the Adaptive Memory-Driven Coupling Framework (AMDCF), forces are not distinct fundamental entities, but different modes of information processing by the spacetime Memory Tensor (M_μν) across different scales. In this paper, we accurately represent the "towering peak" of the Strong Nuclear Force at the femtometer scale (10^-15 m), while Electromagnetism dominates at the atomic scale, and Gravity emerges at macroscopic scales. By plotting the effective coupling strength against the spacetime scale, we visually prove that these forces are complementary phases of a single unified field. The strong force acts as a localized "Memory Lock," while gravity is a global "Memory Drag."