Fractal Rhombic Dodecahedral Electron Grid Model_integrative Quantum Geometry and Multidimensional Cyclic Cosmology (V2.0)

This paper introduces an integrative, unified cosmological paradigm (Version 2.0) that redefines the fundamental fabric of spacetime not as a continuous, analog background, but as an immutable, discrete 'Fractal Electron Grid.' We propose that this underlying lattice architecture is composed of an infinite, self-similar tessellation of 'Rhombic Dodecahedra.' By leveraging Plateau’s laws, which dictate a dihedral angle of 120° for optimized force distribution and surface tension minimization, we elucidate how geometric anomalies—specifically the 'Contrast of Internal Angles' within the sub-lattice triangles—induce microscopic directional mobility and dictate the macro-cosmic origins of helical, vortex-like patterns. Furthermore, we implement an 'Electron-Centric Model' wherein all fundamental forces and energetic expressions are manifestations of electron density profiles and grid-channeling dynamics. This approach geometrically unifies the Higgs mechanism, gravitation, and the strong nuclear force without the ad-hoc introduction of hypothetical gauge bosons.Finally, we delineate the specific topological mechanism that governs the degradation of high-quality energy into low-quality thermodynamic expressions (heat, baryonic matter) via interfacial dynamics with 2D lattice planes. By analyzing the rotational displacements of the rhombic dodecahedral lattice, we define 13 independent dimensional states emergent from Moiré interference patterns. Based on this multidimensional matrix, we present the engineering feasibility of 'Decoding-Free Trans-Spacetime Transport' utilizing macroscopic quantum tunneling and 4D self-transforming kinetic plasma geometries.