World Quantum Theory: A Unified Framework for Quantum and Classical Physics from a Frequency Perspective

World Quantum Theory: A Unified Framework for Quantum and Classical Physics Based on Frequency Abstract Traditional physics assumes that the propagation speed of photons in a vacuum is a constant c, forming the foundation of numerous classical and quantum physical theories. However, the applicability of this assumption in complex fields, such as gravitational or electromagnetic fields, remains contentious. This paper proposes the "World Quantum" theory, which posits that photons are composed of the smallest energy units of the physical world, referred to as World Quanta. By distinguishing between the Internal-Rotation and Macro-Rotation of the World Quantum and introducing the key parameter "World Factor" Φw=(c/v)2, the photon energy formula is revised to . In this framework, the Internal-Rotation speed of the World Quantum is constant at the speed of light c and is unaffected by various energy fields in the physical world, while its Macro-Rotation speed is influenced by these fields and can vary. Through logical analysis and mathematical derivations, this study provides a detailed explanation of the physical behavior of World Quanta and unifies the theoretical frameworks of quantum and classical physics. It explains the origins of photon energy, mass, and momentum and offers a novel perspective on photon behavior in gravitational fields and under extreme conditions. Although experimental validation is currently lacking, this paper proposes feasible experimental schemes to verify the core predictions of the theory through observation. Keywords: World Quantum, Quantum Physics, Classical Physics, Unified Framework, Frequency Model, Experimental Validation