Vestibular System Analysis of Internal Time and Physical Admissibility

A 335.2 KB PDF document authored by Dong-Gyun Han, presenting a theoretical analysis of internal time perception grounded in physical principles. The work argues for a sensory-derived reference model based on vestibular dynamics and law invariance, contrasting with traditional pacemaker-accumulator theories.

Use Cases

• Analyze the conceptual framework linking vestibular dynamics and law invariance to the physical admissibility of internal time.
• Reference the theoretical discussion on symmetry and local equivalence as criteria for viable internal timing models.
• Examine the argument for sensory-derived reference, specifically from otolith afferents under gravito-inertial loading, as a foundation for temporal organization.

Strengths

• Theoretical work is clearly licensed under CC BY 4.0 for open sharing.
• Content is focused on a specific interdisciplinary argument linking neuroscience and physics.

Limitations

• The dataset is a single PDF document (335.2 KB), not a structured data table for quantitative analysis.
• Contains no empirical data, rows, or columns; it is a conceptual manuscript.

Provenance

Source

figshare

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