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This research aims to provide a fresh interpretation of quantum mechanics through the lens of information theory, emphasizing observer roles.

July 26, 2026Open Access

Relational Composite Quantum Mechanics: An Information-Theoretic Interpretation Based on Local Observer Consistency

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Proposed new interpretation of quantum mechanics reveals classical information roles in wave-particle behavior.

This research aims to provide a fresh interpretation of quantum mechanics through the lens of information theory, emphasizing observer roles.
Introduced the concept of relational composite quantum mechanics based on classical information observed by local observers.
Assumed equivalence of all systems without a fundamental distinction between observer and observed.
Derived quantum mechanics formalism from the agreement or disagreement of observations by local observers.
Successfully explained quantum superposition as joint distributions of classical information.
Demonstrated wave-particle duality through classical consensus among local observers.
Validated persuasion theory as a mechanism for determining quantum outcomes.

Abel Liu (2026) studied this question.

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