Abstract:Modern academic physics treats mass, charge, energy, and radius as independent, autonomous properties, leading to an artificial theoretical caste system and a dead-end 121 orders of magnitude discrepancy between quantum mechanics and cosmology. This paper completely dismantles these 130-year-old dogmas by introducing the Holographic Vacuum Network Model. We demonstrate that physical matter does not exist in a conventional material sense; instead, it is an emergent real-time render generated via the spatial constriction of fundamental Planck pixels against an ultra-stiff cosmic vacuum network.By applying precise, zero-bias calculator operations, we bypass the official mathematical noise to reveal the universal three-stage mechanical gearbox (reducer) of the vacuum processor. Operating across three fixed tactical software speeds—Mode A (Dirac's baseline vortex: 1.05457110^-34 Js), Mode B (Planck's full 360-degree circle: 6.62607010^-34 Js), and Mode C (the subquantum reverse-motion boundary of the quantum radius: 1.67840310^-35 Js)—the network governs all dimensional scales under a single software array.Through rigid cross-scale evaluation, this model extracts exact instrument-measured constants for fundamental entities across 96 negative degrees of magnitude: from the subatomic electron, to biological life (the ATP molecule and the DNA strand diameter), to the precise 41.17-kilometer thickness of the Earth's crust (the Mohorovičić seismic discontinuity), up to the 13.75 billion light-year preform radius of the entire Observable Universe. The data proves that gravity is an error of interpretation; it is simply the elastic mesh trying to snap back to its original state. The absolute mathematical coherence achieved across all parameters reveals that our Metagalaxy behaves like a mass-produced, factory-calibrated asset operating within a highly ordered, infinite Multiverse assembly line.
No takes yet. Share an insight, caveat, or question.
Orymbetov Yerzhan (2026) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: