"Quantum Measurement, Superposition, and Causality: A Revolutionary Reinterpretation of Wave-Particle Duality and the Copenhagen Interpretation"

Because the English translation is too cumbersome, the content is presented in Chinese. Readers interested in understanding the details are encouraged to translate and read the paper in their preferred language.<br>This paper presents a revolutionary reinterpretation of quantum measurement, superposition, and wave-particle duality, challenging the foundations of the Copenhagen Interpretation. Traditional quantum mechanics asserts that superposition is a physical reality and that wave function collapse occurs upon observation, leading to definite particle or wave states. However, through rigorous logical analysis and paradox resolution, this paper argues that:<b>Superposition is not physical reality but an unknown state prior to measurement.</b><b>Wave-particle duality is not an inherent property of quantum entities but a result of observational behavior and causality.</b><b>Wave function collapse is the causal effect of observation influencing the quantum state, not the breakdown of superposition.</b>Through detailed dialogue reasoning, mathematical derivation, and experimental design, this paper proposes that wave-particle duality and quantum superposition are outcomes of observational actions rather than intrinsic properties of particles. This reinterpretation fundamentally challenges the traditional Copenhagen Interpretation and offers a new framework for understanding quantum measurement and reality.