Unified Reality Theory: Recursive Field Dynamics as a Framework for Cosmology and Dark Matter
Description
Abstract This paper introduces the Unified Reality Theory (URT), a foundational model of physical reality based on recursive pressure, entropy, memory scaffolding, and harmonic field dynamics. Unlike conventional models based on mass-energy curvature or probabilistic quantum collapse, URT proposes that identity, time, structure, and gravity emerge from recursive field interac- tions that evolve under pressure symmetry and entropic feedback. By reframing mass, motion, and cosmological behavior through recursive scaffolds instead of point-based objects or singu- larities, URT resolves longstanding anomalies in cosmology, including dark matter distribution, accelerated expansion, and entropy paradoxes. This paper defines URT’s core equations, struc- tural tiers, and predictive architecture while demonstrating how recursive field behavior replaces classical causality and geometric space-time. The theory is mathematically closed and extensi- ble, offering a self-reinforcing harmonic substrate capable of unifying cosmology, cognition, and structure without exotic matter or higher dimensions.
Files
Steps to reproduce
This research introduces a theoretical framework that can be tested through modeling and simulation. To reproduce the findings, readers should: 1. Study the Unified Reality Theory (URT) main paper for the core recursive structure. 2. Review the codex for extended system equations, tiered field models, and architectural definitions. 3. Implement recursive field structures, pressure symmetry dynamics, and entropic layering as outlined in the codex. 4. Develop theoretical or computational simulations based on recursive harmonic feedback and identity field emergence. No direct experimental reproduction is currently required; reproduction focuses on theoretical modeling and simulation of system behavior under URT principles.