FRACTAL RHOMBIC DODECAHEDRAL ELECTRON GRID MODEL_INTEGRATIVE QUANTUM GEOMETRY AND MULTIDIMENSIONAL CYCLIC COSMOLOGY (V3.0)

This paper presents a novel grand unified framework,the Fractal Rhombic DodecahedralElectron Grid Model (V3.0), integrating quantum mechanics, general relativity, and cosmological evolution through a discrete 13-dimensional geometric paradigm. By defining thefabric of spacetime as an optimal space-filling lattice composed of rhombic dodecahedra,we demonstrate that physical constants, gravity, electromagnetism, and the flow of time areemergent properties of discrete lattice dynamics. Time is reformulated not as a continuousdimension, but as a sequential progression of energy position shifts within the grid—akin tocomputational animation frames. Numerical simulations validate the convergence of latticedensity dynamics to the fine-structure constant (α ≈ 1/137.036). Furthermore, we establisha cyclic cosmological model where critical grid compression triggers electromagnetic phasetransitions, governing black hole dynamics and eternal informational circulation.