Entanglement Curvature Spheres: An SU(2) Geometry Linking Quantum Gravity, Particle Masses, and Neutrino Predictions

<p>This work proposes the Entanglement Curvature Spheres (ECS) theory, where spacetime and matter emerge from an SU(2) causal entanglement network on the 3-sphere.  </p> <p>ECS theory’s predictions are immediately testable: it uniquely requires an inverted neutrino mass hierarchy with the electron neutrino mass approx 0.05eV, falsifiable by JUNO/DUNE (see Table 3). Unlike string theory or LQG, ECS derives particle masses without extra dimensions or ad hoc quantization, instead tying them to SU(2) entanglement curvature. The entanglement dispersion exponent n—currently fixed by neutrino data—will be derived from SU(2) spectral properties in future work, mirroring how Yukawa couplings preceded Higgs theory. </p>