Mu Structure Model

This work proposes the μ Structure Model, a projection-based structural framework aiming to reconstruct the foundation of modern physics. Based on a unified multi-axis projection of a higher-dimensional constant μ, this model successfully derives the following fundamental constants from first principles: The gravitational constant G The fine-structure constant α The Planck constant h The elementary charge e The speed of light c In addition to constant derivation, the model explains: The nature and structure of the electron and proton The origin and meaning of spin and mass The difference between particles, space, and antiparticles Why light defines time through temperature axis projection The quantization of particle distribution via golden spiral symmetry This theory is not a reinterpretation of quantum mechanics or relativity — it is an independent physical structure from which both can emerge as approximations. The μ Structure Model proposes a discrete, multi-dimensional universe governed by structural projection, with angle-based quantization and Klein bottle topologies explaining observed symmetries, periodicities, and interactions. The full document includes over 50 structural diagrams, detailed derivations, and a glossary of original concepts.