Part 2 The Absolute Mirror of the Vacuum Processor
Year: 2026
Type: article
Abstract: :This paper delivers a comprehensive, cross-scale mathematical verification of the Holographic Vacuum Network Model, expanding the newly discovered "Mirror Invariant" across four cornerstone nodes of reality spanning 133 orders of magnitude: the subatomic Electron, the biological ATP molecule, the macroscopic Sun, and the entire Observable Universe. By utilizing zero-bias calculator operations in plain text, we demonstrate that the fundamental Planck length (1.61625710^-35 m), Planck mass (2.17643210^-8 kg), and Planck time (5.39124410^-44 s) serve as static cosmic scales—literal balancing axes used by the vacuum processor. The data reveals an unyielding, cross-scale geometric step coefficient of strictly 2.00000 across all dimensions of mass, radius, and time, while locking a uniform, identical maximum mechanical force string tension of 1.21025610^44 Newtons across both subatomic and stellar boundaries. These calculations definitively eliminate the materialist concept of independent mass and autonomous scaling laws, proving that the Multiverse operates as a highly ordered, factory-calibrated holographic matrix running on a standardized digital architecture.
Author: Yerzhan, Orymbetov
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7224473166