A Proposed Resolution of the Hubble Tension: Complete Derivation with Zero Free Parameters

The Hubble Tension is one of the most significant crises in modern cosmology. This paper proposes a mathematical and geometric resolution using Model H, treating spacetime as a continuous medium under mechanical tension. By applying the laws of continuum mechanics, the model derives the exact relation between the primordial expansion and the local expansion. Using a single geometric parameter (= 0. 00947) and strictly zero free parameters, the theoretical calculation yields a local Hubble constant of 73. 96 km/s/Mpc. This result matches the Riess et al. (SH0ES) local measurements with a precision of 0. 1. The derivation demonstrates that the discrepancy between Planck data and local telescopes is not an observational error, but a predictable geometric compression of the local physical space.