UN THEORY – The Unified Information Substrate – Emergent Geometry, Dynamics, and Quantum Structure from Correlation

UN THEORY — The Unified Information Substrate introduces a framework in which spacetime geometry, dynamical laws, quantum structure, and astrophysical phenomena emerge from a single primitive object: a symmetric informational correlation functional . Across the first five core papers, the programme establishes the conceptual foundation, mathematical closure, empirical reach, and structural organisation of the theory. Emergent Geometry, Dynamics, and Quantum Structure from Correlation develops the central claim that metric structure, curvature, and quantum fields arise from the correlation substrate through a sequence of well‑defined informational constructions. The paper outlines how distance, locality, and dynamical evolution emerge without presupposing spacetime, and it identifies the fields , , and as the principal organisational degrees of freedom. Empirical Tests, Phenomenology, Simulations, and Observational Constraints extends the framework to cosmology and astrophysics, deriving phenomenological predictions for expansion history, structure formation, lensing, and large‑scale anomalies. It introduces the simulation architecture required to confront the theory with data and presents the first observational signatures consistent with the substrate‑driven cosmological model. Explanation of ʻOumuamua as an Astrophysical Anomaly applies the emergent‑dynamics formalism to a specific observational case, demonstrating that the non‑gravitational acceleration of ʻOumuamua can be reproduced as a consequence of substrate‑induced effective forces, without invoking exotic matter or engineered artefacts. The analysis illustrates how the theory accounts for anomalous trajectories within a unified dynamical framework. Technical Memorandum on the Unified Information Substrate Mathematical Closure establishes the internal consistency of the programme. It formalises the variational structure, identifies the closure conditions required for the Master UN Equation, and demonstrates that the emergent geometric and dynamical quantities arise from a single action functional defined on the correlation substrate. Read Order for the Four Core Papers and Cross‑Volume Map provides the structural overview of the programme, situating the core papers within the broader monograph sequence. It defines the conceptual dependencies, the recommended reading order, and the cross‑volume architecture linking the foundational, mathematical, phenomenological, and synthesis components of UN Theory. Together, these five documents constitute the initial public release of the Unified Information Substrate programme, establishing its conceptual basis, mathematical coherence, empirical relevance, and structural organisation.