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Analysis of the Nature of Kinetic Energy and Potential Energy within the World Quantum Theory Framework

jibo yang

Zenodo (CERN European Organization for Nuclear Research), 2026

Abstract

Within the World Quantum Theory (WQT) framework, starting from the total energy formula E = gamma m_0 c^2 and the velocity decomposition c^2 = v^2 + d^2, this paper derives the expressions for Run Energy T_e and Form Energy V_e, and thereby reveals the physical nature of the Lagrangian L = T_e - V_e and the Hamiltonian H = T_e + V_e. Run Energy T_e = (c/d) m_0 v^2 is the energy contribution that maintains the particle's dynamic rotation (tangential motion). Form Energy V_e = m_0 c d is the energy contribution that maintains the particle's spatial existence (static structure). Their sum is the total energy: E = T_e + V_e. This is not a vector addition of orthogonal directional components — it is a scalar sum of two different modes of energy: the energy of "moving" and the energy of "being." We point out that: · The Hamiltonian H = T_e + V_e is an empirical formula summarized from macroscopic phenomena in traditional physics. It correctly adds the energy of motion and the energy of structure to obtain the total energy. · But traditional physics does not know that these two contributions arise from the velocity decomposition c^2 = v^2 + d^2 and represent two fundamentally different modes of existence — dynamic rotation and static structure. · WQT reveals that total energy is the sum of two modes, not two directions: E = (energy of moving) + (energy of being). We use the terms Run Energy (跑能) and Form Energy (形能) instead of "kinetic energy" and "potential energy" to avoid…

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