World Quantum Theory: A Unified Framework for Quantum and Classical Physics Based on Frequency

This paper proposes a quantum-geometric model in which the “World Quantum”—the fundamental unit of physical reality—is not a static point particle, but a Planck-scale dynamical entity undergoing intrinsic rotation at the speed of light c. Its observable behavior emerges via a dimensionless projective coupling factor x, which encodes how the environment modulates quantum dynamics. The total energy of the World Quantum is given by Eq=xℏfwΦw, where fw is the macro-rotational frequency, Φw=(c/v) 2  is the “World Factor,” and v is the effective speed of the macro-rotational wave.While reproducing relativistic kinematics, this framework introduces an intrinsic negative feedback mechanism: as v→c, Φw diverges, but x correspondingly decreases, thereby naturally suppressing unphysical infinite energy growth. At the two kinematic extremes—the rest limit (v=0) and the light-speed limit (v=c)—the model reveals a dual realization of the Planck energy Ep=mpc2=ℏfp , unifying particle-like localization and wave-like delocalization as complementary projections of the same underlying entity.
The theory explicitly states that when v=0, the wave description breaks down and must be replaced by the relativistic rest-energy formula; meanwhile, apparent superluminal regimes (v>c) correspond to physically admissible scenarios such as phase velocities, cosmological recession, or non-local correlations, none of which violate local causality.
Note: The paper concludes with two detailed follow-up studies based on this framework: one on the fundamental nature of mass and momentum, and the other on the essential origin of voltage in Josephson junctions.
Keywords: World Quantum, Generalized Wavelength Formula, Projective Coupling Factor, World Factor, Frequency Model, Negative Feedback Mechanism