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World Quantum Theory: Deriving Relativistic Mass-Energy and Light Quantum Formulas from Three Postulates

jibo yang

Zenodo (CERN European Organization for Nuclear Research), 2026

Abstract

Physics is founded upon a set of quantities and laws presumed to be universal: the speed of light c, Planck’s constant h, elementary-particle rest masses, special relativity, and the de Broglie relation. Yet the fact that all of these “bedrocks” simultaneously hold to the highest experimental precision precisely on the Earth’s surface remains an unexplained numerical coincidence. This paper demonstrates that, starting from only three minimal axioms: 1. The universe is composed of World Quanta, self-sustaining physical structures whose Internal Rotation is characterized by the fundamental parameters mp, fp, and lp; 2. At every instant, the Macro-Rotation of the World Quantum is strictly orthogonally decomposed into tangential and radial components, satisfying the relation c² = v² + d²; 3. The total energy of the World Quantum's Macro-Rotation is linearly apportioned between these two orthogonal directions in proportion to the corresponding velocity components, satisfying Em = (d/c)E and Ep = (v/c)E, special relativity, the de Broglie wavelength, rest mass, Planck’s constant h, and the quantitative form of virtually all classical and quantum laws emerge as inevitable mathematical consequences, without any further assumptions. In this framework, both Planck’s constant h and the electron rest mass mₑ cease to be universal constants and are demoted to local manifestations of the same environmental coupling factor x, whose terrestrial value happens to be xₑ = 2π. The theory’s sole…

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