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This work aims to explore the relationship between observer entanglement and the perception of time within a static universe.

August 1, 2026Open Access

Emergent Temporal Asymmetry: Observer-System Entanglement within a Timeless Global Wave Function

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Theoretical framework reveals emergent time perception in a static universe, indicating new insights into quantum dynamics.

This work aims to explore the relationship between observer entanglement and the perception of time within a static universe.
Utilizes the Page-Wootters mechanism for relational time within quantum cosmology.
Integrates theories of quantum decoherence and Landauer's principle.
Analyzes the implications of observer-memory formation on the perception of temporal asymmetry.
Demonstrates that a static global state can yield a unidirectional arrow of time for internal subsystems with stable memory states.
Finds that irreversibility emerges from observer-system correlations rather than violating quantum mechanical principles.

Zafere Zeki Tanrıverdi (2026) studied this question.

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