This document provides a concise overview of the Entanglement-Driven Cosmological Expansion (EDCE) programme, a series that constructs a cosmological and particle-physics framework from a single geometric primitive: a triangular Planck-scale cell whose three nodes share four qubits, constrained by the Bekenstein–Hawking entropy bound. The programme proceeds from macroscopic phenomenology (Paper 1) through microscopic quantum foundations (Paper 2), Standard Model particle content and cosmological parameters (Paper 3), to a Jordan-algebraic mass programme for all twelve fermion masses (Paper 4), it concludes with the One-Parameter Standard Model (Paper 5) The series now derives all 34 SM parameters from one input.. The individual papers contain full derivations, quantitative comparisons with experiment, sensitivity analyses, and explicit statements of what is derived, what is identified, and what remains open. This summary describes the logical structure and directs the reader to the relevant paper for each claim.
William Butler (Sat,) studied this question.