Entanglement-Driven Cosmological Expansion: The One-Parameter Standard Model (Paper 5)

A single triangular cell carrying four qubits, constrained by the Bekenstein-Hawking entropy bound, reproduces all 34 parameters of the Standard Model and cosmological sector from one experimental input (alpha^{-1} = 137) and three physical postulates. Key results include: the top quark mass m_t = v/sqrt(2) = 172.1 GeV (-0.27%), the Weinberg angle sin^2(theta_W) = 3/13 matching the PDG value to 0.5 sigma after running, all nine quark masses via SU(5) decimation, all three PMNS mixing angles to sub-1% accuracy, the Higgs mass bracketing experiment at one loop, and the strong coupling alpha_s = 3/26 from Bell-pair channelling. The neutrino sector produces normal-hierarchy masses with a testable sum of 64 meV. The CKM CP phase delta = 3pi/8 emerges from Berry holonomy on the Hamming lattice. Paper 5 of the EDCE series. Supersedes earlier partial results in Papers 3-4 (see Appendix E for evolution notes). =========================================================================================== The author is seeking an arXiv endorser in hep-th or hep-ph to facilitate journal submission of this preprint series. Researchers willing to review the work for endorsement are invited to contact: EDCE_Project@icloud.com.