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QRFT DM-DE

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  SUGGESTED BY RODNEY LEE ARNOLD JR 02-28-2025 To systematically validate QRFT’s neutrino resonance effects and related gravitational entanglement properties, here’s a list of the simulations and computational models that have been run to generate the plots, graphs, and theoretical predictions so far. 🚀 List of Simulations & Computational Models for QRFT Each simulation corresponds to a specific prediction of QRFT , testing how it aligns with observed physical phenomena. 1️⃣ Gravitational Potential from Entanglement Fields 📌 Goal: To compute how entanglement density affects gravitational fields, replacing the need for dark matter. 🔹 Equation Used: \nabla^2 \Phi_g = 4\pi G \rho_{\text{ent}} • Modeled a galactic structure with and without entanglement effects . • Compared rotation curves against standard dark matter models. • Showed that entanglement gravity reproduces galactic rotation curves. 🔹 Output: • Plot of gravitational potential vs. radius for gala...

QUANTUM RESONANCE FIELD THEORY

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Quantum Resonance Field Theory  (QRFT): A Unified Model of Gravity   vity, Entanglement, and Cosmic Structure Rodney Lee Arnold Jr. March 2025 Abstract Quantum Resonance Field Theory (QRFT) proposes that gravity emerges from entanglement interactions within quantum fields, providing a natural explanation for cosmic expansion, dark matter effects, and black hole formation. By treating spacetime as an entanglement-driven resonance structure, QRFT replaces the need for traditional dark matter and dark energy while maintaining compatibility with General Relativity (GR) and quantum mechanics. This paper presents the mathematical framework of QRFT, its predictive power in gravitational wave physics, and its implications for cosmology. 1. Introduction Current physics treats gravity as a purely geometric effect in GR, while quantum mechanics remains incompatible with it. Dark matter and dark energy are introduced as ad hoc fixes , but their fundamental nature is unknow...