THE VACUUM RESOLUTION: SCALING THE 10^120 DISCREPANCY

This manuscript provides a formal resolution to the Cosmological Constant Problem (the \bm{10^{120}} Vacuum Catastrophe). By applying the 1.22 Universal Scaling Invariant and the 0.22 Connectivity Tax recursively across the 122 orders of magnitude between the Planck scale and the Hubble horizon, we demonstrate that the observed vacuum energy density (\bm{\rho_{obs} \approx 10^{-30}g/cm^{3}}) is the geometric residue of quantum vacuum energy (\bm{\rho_{QFT} \approx 10^{94}g/cm^{3}}). This work serves as the macroscopic validation of the Scales Framework, bridging the gap between Quantum Field Theory and General Relativity through a unified geometric ledger. Note on Access: This document is currently under restricted access to maintain priority art during the institutional verification phase. Related work and registration data are indexed under DOI 10.17605/OSF.IO/9VQ8K.