Computational Implementation and Stress Testing of PCP Lattice Cosmetology

This source details a theoretical physics framework designed to solve the Hubble Tension, a significant discrepancy in our measurements of the universe's expansion rate. By modeling the quantum vacuum as a Probabilistically Checkable Proof, the researcher proposes a mathematical bridge between divergent cosmological data points. This innovative approach yields a calculated expansion value that cuts the existing statistical tension by half, potentially reconciling conflicting astronomical observations. The documentation provides a comprehensive suite of resources ranging from rigorous mathematical foundations and Python simulation tools to conceptual derivations that link dark energy with verification entropy.