MMS-A10: Information Architecture of the Universe

This paper represents an earlier stage in the development of the Entropic Spacetime Field (ESF) framework. The current reference implementation is presented in MMS-A19: The Entropic Spacetime Field: A Canonical Wave Framework for Cosmic Structure Formation 10.5281/zenodo.21433778, which supersedes the mathematical formulation described here while retaining a number of the underlying physical concepts. This paper provides a systems-level synthesis and working glossary for the Entropic Spacetime Field (ESF) programme established in MMS-A1 through MMS-A9. We treat the universe as an information-processing physical system in which irreversible entropy production creates structured transport pathways and, within ESF, contributes to effective geometry at long wavelengths. The aim is pragmatic: define terms consistently, show how the ESF claims interlock and specify what counts as a prediction or a falsifier. This revised version integrates later ESF additions and naming updates: Entropic Dust Accumulation as a long-timescale aggregation bias at persistent ripple intersections, an electromagnetic-coupled layer that enables channel-like transport of dust and energy and the interpretation of black holes as phase-shift objects of the entropic field without requiring physical singularities. It also provides a one-paper map of the ESF series so readers can locate each claim and its test pathway.