Ontological Unification of Dynamic Energy and Current

Within the orthogonal decomposition framework of World Quantum Theory (WQT), this paper reveals the ontological essence of current, magnetic flux, and dynamic energy, and defines the charge-flux unit mismatch ratio. From orthogonal decomposition, the dynamic energy Ep = (v/d)·m₀c² is derived. The magnetic flux is directly set as Φ_p = x·ℏ/e_m. Current is obtained from Ep and Φ_p as I_p = Ep/Φ_p. Ep = (v/d) · m₀c² Φ_p = x · ℏ / e_m I_p = Ep / Φ_p Ep = I_p × Φ_p The intrinsic structure of voltage divided by current (V_m/I_p) is d/v — the ratio of two orthogonal velocity components of the particle's rotation. However, when humans defined charge and flux, they used different unit systems (Coulombs and Webers), causing the mathematical values of the charge quantum e_m and the flux quantum Φ_p to differ, thereby introducing an additional conversion factor into V/I. This paper defines this conversion factor as the charge-flux unit mismatch ratio Wor = Φ_p/e_m, with units of Ohms. This mismatch ratio is not a physical effect — it arises from human definitions using different unit systems. When the unit system is chosen such that the mathematical values of flux and charge are equal, the mismatch ratio disappears, and V/I = d/v. In the specific environment, Wor = h/e² ≈ 25,813 Ω. The resistance R = (d/v)·Wor. d/v is physical; Wor is a unit conversion artifact. Keywords: World Quantum Theory, dynamic energy, current, magnetic flux, charge-flux unit mismatch ratio, orthogonal decomposition, environment dependence