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February 28, 20260 citationsOpen Access

Total Entropy Conservation Hypothesis for Information–Matter Combined System and the Nature of Consciousness

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BFBingxing Fu

Key Points

  • The study aims to present a unified theory explaining consciousness and quantum phenomena through entropy conservation.
  • Proposes a total entropy conservation hypothesis for closed systems
  • Reinterprets consciousness and quantum observation within a monist framework
  • Analyzes the double-slit experiment through a physical mechanism derived from entropy conservation
  • Establishes a non-idealistic mechanism for consciousness
  • Completes a logical framework from ontology to predictions
  • Suggests new pathways for unifying consciousness science with quantum mechanics and thermodynamics

Abstract

This paper proposes the total entropy conservation hypothesis for a closed information–matter combined system, and reinterprets the nature of consciousness, quantum observation, and cosmic dynamics within a unified monist framework. Based on the entropy conservation axiom, this study gives a theoretical interpretation of self-observation and consciousness, and provides a non-idealistic, non-mystical physical mechanism for the double-slit interference experiment. The theory does not belong to traditional idealism, materialism, or Cartesian mind–body dualism. It only takes a single closed system, entropy conservation, and self-observation structure as core presuppositions, and completes a complete logical closed loop from ontology to verifiable predictions. It provides a new theoretical path for the unification of consciousness science, foundational issues of quantum mechanics, and thermodynamics.

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Cite This Study

Bingxing Fu (2026) studied this question.

synapsesocial.com/papers/69a286720a974eb0d3c015afhttps://doi.org/10.5281/zenodo.18789497
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