We summarise twenty-two interconnected papers that derive a broad swathe of fundamental physics from a single discrete structure: an 8-bit quantum error-correcting code on a 4.8.8 Archimedean lattice. With zero or at most one free parameter, we derive: charged lepton mass ratios (0.007%), the weak mixing angle sin^2(theta_W)=2/9, the CKM matrix, neutrino masses, the fine-structure constant alpha^{-1}~137.035999077 (3 ppb), the pion decay constant (0.7%), baryon octet splittings, dark energy w0=-3/4, the Planck mass (0.07%), and the exact spectral band structure of the continuous-discrete interface governing hadronic form factors. We list 35 verifiable claims and 12 testable predictions accessible to current or next-generation experiments.

Part of the Holographic Circlette paper series. See the summary paper (Part 22) for an overview of all results.