Unified Digital Hologram

AbstractThis paper introduces a non-trivial framework of digital physics, framing the Universe as a rigid holographic computing network powered by a fundamental vacuum processor. By analyzing five distinct cosmological and biological scales—the Admin Proton, a single DNA base pair (Adenine-Thymine), Planet Earth, Black Hole M87, and the Observable Universe—we demonstrate that conventional scale-dependent variables (space, time, mass, and charge) are manifestations of a unified underlying fractal coding algorithm. Utilizing rigid mathematical invariants derived from Planck metrics, we resolve scale discrepancies and map the exact electrodynamic gear ratios of the spatial grid. The results prove that macroscopic rendering sizes are purely operational zoom matrices applied to a standardized Planck pixel architecture.