Critical Analysis of Schrödinger’s Thought Experiment: Correspondence with Information Theory

This article offers a novel reinterpretation of Schrödinger's thought experiment, leveraging quantum mechanics, information theory, and the innovative concept of entangled flows. By analyzing the interactions among the uranium atom, poison, cat, and observer, we demonstrate that the notion of the cat existing in a "both alive and dead" superposition is a misapplication of quantum principles to macroscopic systems. Key contributions include: Entangled Flows: A framework modeling the dynamic interplay of uranium, cat, and observer states. Decoherence: Explanation of why macroscopic systems, like the cat, cannot sustain quantum superposition due to environmental interactions. Informational Uncertainty: Reframing the cat’s state as "neither alive nor dead," reflecting a lack of information rather than a physical superposition. Philosophical Reassessment: Positioning the experiment as a philosophical metaphor rather than a physical model. This analysis resolves the paradox by showing that Schrödinger’s experiment does not validate or refute quantum superposition but is instead inapplicable to macroscopic systems. It provides a logically coherent model bridging quantum and classical domains, offering new insights into the interpretation of quantum theory.