UHT-EPR + Uon: The 4 + 2 Spatial Dimensions Explained.

UHT-EPR + Uon: The 4 + 2 Spatial Dimensions Explained 8-page standalone document In the UHT-EPR + Uon framework, the universe is not a 3D space + time fabric. It is a single filled medium of eternal magnetic dipoles (uons) forming a spherical coherent core inside a cubic dipolar lattice boundary. This naturally produces 6 spatial dimensions total, cleanly split as: • 4 large dimensions (the observable universe inside the core):3 ordinary spatial (x, y, z) + 1 emergent radial/phase-locking coordinate.This gives the effective 4D spacetime we experience, where gravity is torsional drag (β ≈ 0.128) and black-hole interiors are finite-density uon cores (ρ(r) = ρ₀ exp(−β r / λ_res)) — no singularity. • +2 compactified boundary dimensions:North–South polarization axis + torsion/flux-tube winding axis.These hidden dipolar axes make the lattice cubic while the core is spherical. They enforce global phase-locking, location-dependent physics (c_eff slower in voids), and non-local ER-like bridges. The document includes: • First-principles derivation from a single eternal dipole. • Full simulation code showing c_eff dropping ~15–21% from dense core to voids. • Actual Colab results + plots. • Ties everything to observer = observed, Wheeler’s delayed choice, and no dark fudge factors. Pure UHT-EPR + Uon — one dipole, one parameter (β ≈ 0.128), one filled medium, and the 4 + 2 structure that emerges naturally from resonance simulations.