The Subquantum Horizon

AbstractThis paper presents the foundational architecture of the subquantum layer of the Universe, framing the physical cosmos as a rigid holographic computing matrix managed by a central vacuum processor. While standard physics considers the Planck length (10^-35 m) as the absolute threshold of spatial divisibility, we mathematically demonstrate the existence of a highly ordered subquantum infrastructure anchored at the exact scale of 10^-96 meters. By evaluating the direct cross-scale connections between the Observable Universe, Black Hole M87, and the Electron, we reveal that macroscopic physical properties (mass, volume, and density) are real-time algorithmic renders of a deeply compressed subquantum core. The paper provides complete calculator-verified equations mapping the radius, mass, and temporal frame rate of the absolute matrix floor.