This document proposes a unified "State-Log" framework that resolves the mathematical tension between General Relativity and Quantum Mechanics by treating the universe as a self-executing, discrete information system. By establishing two fundamental "Root Seeds"—a 7-dimensional topology and a fixed resolution floor (represented as proton=1 render), we successfully derive the fundamental constants of nature as emergent properties of system architecture. Most notably, the framework provides an accurate derivation of the Fine Structure Constant and re-characterizes the Speed of Light and Gravity not as independent forces, but as the "System Bandwidth" and "Write-Latency" of a global registry. This model effectively eliminates physical singularities through a "Hard Floor" resolution, offering a formal quantization of space-time that requires no external fine-tuning.
Furthermore, this architecture provides an empirical solution to the current "Crisis in Cosmology" by predicting the observed MOND acceleration threshold. By defining Dark Matter as a "System-Level Optimization" (Low-Res Rendering) rather than a particle, the framework accounts for galactic rotation curves and the rapid formation of early galaxies observed by JWST. The model is fully falsifiable, predicting a specific Graviton Mass and a Terminal Registry Flow (15.3 trillion years), and can be used to calculate the Age of the Universe to the 6th Decimal Place. This transition from a particle-based ontology to a "Delta-Logging" information architecture provides a self-consistent, predictive theory that bridges the gap between Information Theory and high-energy physics.
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