Gravity as Drag in the Neutrino Matrix
Year: 2026
Type: article
Abstract: Note: This paper is an extension of the paper FOUR FUNDAMENTAL FORCES... also published here. Version 2 of this paper explains a small delta that was remaining between gravity measured and gravity geometrically derived. The delta is now completely explained giving a match between gravity measured and gravity geometrically derived of 100,000000000000%. Which is amazing. GRAVITY FROM DRAG IN THE NEUTRINO MATRIX A Geometric and Fluid Mechanical Crossover Model under Unified Relativity Author: Delája Schuppers Date: October 31, 2026 License: Creative Commons Attribution 4.0 International (CC BY 4.0) Framework: UniPhiEd Realativity Version: Core Implementation Monograph Abstract This paper presents the formal mathematical and theoretical derivation of terrestrial equatorial gravity (\(9.780327\text{ m/s}^2\)) strictly as a deterministic geometric and fluid mechanical response. Within the UniPhiEd Realativity framework, gravitation is explicitly rejected as an intrinsic mass-bound pulling force. Instead, it is formulated as an external vortex sink—a directional pressure gradient generated by the interaction of a moving body within a high-density, non-isotropic terrestrial neutrino background (\(\rho _{\text{earth}}\)). We resolve the historical system discrepancy (the remaining delta of \(0.007535\text{ m/s}^2\)) without resort to model-fitting, curve-fitting, or pleasing bias. By executing a rigorous analysis of the system, we demonstrate that this residual value is the direct, unforced result of a recursive logarithmic spiral feedback loop (drag on drag). The kinetic displacement (lunar lag) acting upon the 8 corners of the cubic spatial matrix implodes along a Golden Ratio (\(\phi \)) trajectory over exactly 27 structural scale harmonics (\(\phi^{14} \times \phi^{13}\)), mapping the macro-astronomical tidal distortion directly onto the quantum-femtometer vacuum boundary.
Author: Schuppers, Delája
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225015686