OUR EXISTENTIAL RELATIONSHIP TO THE COSMOS

QUANTUM RESONANCE FIELD THEORY Gravity emerges from Quantum Entanglement  RODNEY LEE ARNOLD JR 03-11-2025 QRFT+DE Model (z_c = 525) vs. Planck 2018 Data: Comprehensive Analysis: 1. Concept & Mechanism The Quantum Resonance Field Theory + Dark Energy ( QRFT+DE) model is an alternative cosmological framework where dark matter (DM) and dark energy (DE) are quantum-mechanically entangled, rather than completely independent components. In this picture, DM and DE can exchange energy or influence each other’s behavior through their entanglement, effectively acting as a single unified dark sector at early times. This entanglement is postulated to affect the evolution of both DM and DE: for example, it can cause a slow transfer of energy from one component to the other, altering how their densities change over time. Some theories even argue that what we call “dark energy” might emerge from a process of quantum disentanglement in the cosmic dark sector – in other words, as the unive...

Singularity Mechanics Theory: A Unified Framework Bridging General Relativity and Quantum Mechanics Author: Rodney Arnold 02-28-2025 Abstract Singularity Mechanics Theory (SMT) proposes a novel framework that integrates principles from general relativity and quantum mechanics to describe the behavior of matter and energy in extreme spacetime conditions. The theory is centered on the dynamic nature of quantum entanglement, non-linear wave propagation, and energy thresholds that define the structural stability of quantum systems. By introducing a mathematical formulation incorporating damping effects, driving forces, and non-linear corrections, SMT provides a pathway toward understanding how entanglement is dynamically formed, broken, and restructured under varying energetic and gravitational influences. The implications of SMT extend to black hole physics, high-energy particle interactions, and quantum computing, offering a new perspective on singularity formation and resolution. 1. Int...

  Quantum Resonance Field Theory of Gravity as an Emergent Property of  Quantum Entanglement    Rodney Arnold 03-01-2025 Abstract This paper introduces Quantum Resonance (QR) as a fundamental field of physics, with Singularity Mechanics Theory (SMT) as its core theoretical framework, to describe gravity as an emergent property of quantum entanglement. Traditional physics treats gravity as a fundamental force, yet QR suggests that gravity is a macroscopic effect arising from the collective resonant behavior of entangled quantum systems. By integrating non-linear wave mechanics, energy thresholds, and dynamic entanglement models, QR provides a new understanding of how gravitational curvature forms from microscopic quantum interactions. This theory offers insights into black hole mechanics, plasma physics, quantum computing, and cosmology, opening the door to experimentally testable predictions about the nature of spacetime and gravity. 1. Introduction The conflict betw...