Theoretical analysis demonstrates information-processing mechanisms in the physical universe, revealing how thermodynamic laws drive complexity, suggesting physical rules govern adaptive reality.
This work proposes a unified conceptual framework intersecting systems thermodynamics, information theory, and quantum mechanics to analyze the universe as an information-processing architecture. Building upon the principle of least action and entropic dissipation, it examines the emergence of self-sustained complex systems, exploring how physical laws govern persistence, adaptation, and the decoding of reality through conscious observation.
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Luis Ratia (2026) studied this question.
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