THE UNIPHIED LANDSCAPE

UniPhiEd Realativity: A Discrete Quantum-Geometric Framework Harmonizing Cosmic Resistance, Lepton Mass-Generation, and Local Spacetime Geometries Author: Delája Schuppers Date: 22 October 2026 Copyright: 4.0 CC International Abstract This paper presents UniPhiEd Realativity, a self-consistent, non-perturbative geometric framework that unifies macro-cosmological constraints with micro-quantum mechanics without invoking exotic multiverses or unobservable dimensions. By defining an absolute, unperturbed cosmic background spatial grid operating at exactly 300,000 km/s, this study demonstrates that the physical speed of light (c = 299,792.458 km/s) emerges due to local dimensional compression and spatial friction. Distributing this local metric displacement (\(\Delta_c = 207.542\) km/s) over an 11-dimensional, 4-arm galactic, 6-node interstellar lattice yields a fundamental distributed energy quantum of ≈ 0.78614 eV. This state matches the exact quadrant-spin boundary projection (π/4 eV) with 99.91% precision, exposing the Linear Neutrino as a bare, uncurved ground state of matter. This paper demonstrates how the local fine-structure constant (α) and weak-force residues modulate this interaction, triggering a dynamic non-linear phase transition governed by the Golden Ratio (φ ≈ 1.61803). This twist deforms the 1D path into a self-reinforcing, 3D Möbius-torus geometry exhibiting spin-1/2 characteristics, recursively resolving local metric divergences down to the diurnal rotation of planetary bodies. The paper gives the UniPhiEd landscape explaining the build up from ether to matter and compares the framework to 15 other incomplete or broken physics models among which General Relativity and String Theory identifying their chokepointa and problems, that are all solved or non-existing in UniPhiEd Realativity.