The 120 Invariant Calibrator
Year: 2026
Type: article
Abstract: ABSTRACT This paper establishes a unified quantum scaling architecture that mathematically bridges subatomic constants with biological dimensions across micro-, macro-, and nuclear scales. We introduce a dual-boundary coordinate model defined by two limits: the Electron Repulsion Ceiling (Alpha_E = 0.00513665 nm/Da) and the Proton Core Floor (Alpha_P = 0.0000008353 nm/Da). While lightweight organic grids (DNA bases, ATP, neurotransmitters) align linearly with the electron field, macromolecular blood complexes shift directly to the proton floor, where an invariant structural density calibrator (K_C = 120) calculates their dimensions with over 99% experimental precision. Finally, by mapping the subatomic radius-to-mass ratios, we reconstruct the fundamental 6150 nuclear reductor, unlocking an exact 1.67 fm complementary "key-and-lock" step across the primary isotopes of the genetic code.
Author: Yerzhan, Orymbetov
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225224316
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