The multidimensional theory of time proposes a framework for cognitive perception and AI memory systems, indicating new directions in interdisciplinary research.
Time, the cosmic weaver, binds physics in a linear chain yet spirals chaoti-cally in the mind. ChronoLumina reconceives subjective time (Ts) as a recursive,multidimensional construct, forged from salience-weighted change across physical,thermodynamic, cognitive, and introspective dimensions. Encoded in a dynamic Tλ -tree, this framework captures memory, attention, and perception through nonlinearsalience, dimensional apportionment, adaptive pruning, and scalable graph struc-tures. Grounded in neuroscience, psychology, and physics, ChronoLumina offerstestable applications in trauma modeling, AI memory systems, and time percep-tion engineering. It is presented as an open framework, inviting critique, extension,or reinvention. This is not a conclusion, but a recursive spark for interdisciplinaryinquiry.
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Neil T. Diamond (2025) studied this question.
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