The Quantum Passport

AbstractModern physics separates subatomic quantum scales from macro-level celestial mechanics, treating matter as a collection of independent entities with static masses. This paper introduces a unified, purely geometrical matrix model that eliminates the concept of mass as an intrinsic property, redefining it as a localized elastic deformation of the spacetime network. By establishing an objective digital "Passport" (P) measured in m3/s2, we demonstrate that physical parameters—including radius (R), equivalent mass (M), orbital velocity (v), and local acceleration (a)—can be extracted through direct, single-step operations on a standard calculator. The model is successfully validated across three structural dimensions (1D linear biology, 2D planar protein matrices, and 3D volumetric systems) using a precise electronic baseline step (0.00513665) and strict, non-empirical gear ratios (50 and 125), concluding with macroscopic validations in orbital astrophysics.