Framework of Energy Particle-Luoshu-Spiral Unified Field Theory (First Principles Edition)

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Authors: Shuping Li
Cited by: 0

Abstract

🌟 English Abstract Energy Particle-Luoshu-Spiral Unified Field Theory: A Discrete, Fractal, and Digitally Rooted Architecture of the Universe This work presents a groundbreaking unified field theory that synthesizes discrete mathematics, ancient cosmology, and modern physics into a coherent, experimentally validated framework for understanding the fundamental structure and dynamics of the universe. At its core, the theory proposes a radical departure from continuous spacetime paradigms by introducing a trinitarian foundation: - Energy Particles as the fundamental quanta of existence, - The Luoshu Magic Square as the topological blueprint of phase space, - And Spiral Fractal Motion as the universal dynamical principle. The theory innovates through Digital Root Physics, where the digital root (mod 9) of integers governs the properties and interactions of energy particles. This leads to a novel mass formula that predicts elementary particle masses (e.g., electron, W/Z bosons) and nuclear masses across the periodic table (from hydrogen to oganesson) with extraordinary precision—average deviation of just 0.0037%, and up to 0.00012% for nuclei. The Digital Root Conservation Law is proposed as a more fundamental symmetry than energy or charge conservation. The model successfully explains multi-scale phenomena without invoking dark matter: ✅ Galactic rotation curves (deviation

Fields of Study & Subjects

Cold Fusion and Nuclear Reactions Computational Physics and Python Applications Advanced Mathematical Theories and Applications

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
4 January 2026
Document type
Preprint