The persistent 9% Hubble Tension and the unexplained 0.35◦ cosmic birefringence rotation represent fundamental challenges to the ΛCDM paradigm. Here, we demonstrate that these anomalies are unified consequences of a superdeterministic S3 manifold geometry. By transitioning from a static sine-metric to a hyperbolic phase-slip metric, we resolve the mathematical limits of global curvature and identify a unique geometric attractor at Ru ≈ 53.01 Gly. This framework reconciles the observed polarization rotation through topological surface-area damping and provides a scale-invariant foundation for metric engineering across cosmological and biological domains.
Greggory Michael Denning (Thu,) studied this question.