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Theoretical model reveals how gravity and quantum entanglement arise from K and D particle interactions.
We propose a simple and deterministic theoretical model in which all physical phenomena emerge from the interaction of two fundamental energy particles—K (negative energy, source of attraction and inertia) and D (positive energy, source of radiation and motion). K particles (Ek = E0) provide structural stability and inertia, while D particles (Ed = +E0) govern motion, radiation, and thermal activity. Their total energy remains conserved (Ek + Ed = 0). We formulate a minimalist Lagrangian capturing the coupled K–D dynamics with a central force scaling as (F = 1/r3). From this framework, phenomena such as mass, gravity, light propagation, and quantum entanglement naturally emerge without the need for spacetime curvature or virtual fields. The model predicts a proton substructure composed of 5D and 4K particles, a hypothesis testable through high-energy collision experiments (e.g., LHC-ATLAS/CMS). Additionally, it explains Venus’s retrograde rotation as a macroscopic manifestation of K-particle dominance—a feature not explained by conventional mechanics. By eliminating abstract constructs such as dark matter and dark energy, and offering a unified, testable foundation beyond the Standard Model, General Relativity, and Quantum Mechanics, the K–D framework presents a novel avenue for exploring the universe through direct particle interactions.
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Kuldeep singh meel - (2025) studied this question.
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