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Irreversibility and Cosmology and Fundamental Aspects of Quantum Mechanics

Diederik Aerts

Jan 1, 19990 citations

Frame–Record Dynamics: A Closed Structural Origin of Time, Irreversibility, and the Cosmological Baseline

Jeon JongHyoun

Time has never been observed to flow; what is observed is the irreversible ac- cumulation of realized physical states. We propose a closed structural worldviewin which spacetime is composed of densely packed discrete frames, and physical reality emerges through selective record formation among these frames. We de- fine a “record” as a physical stabilization event governed by structural resonance within the frame network. Irreversibility follows directly from record selection: al- ternative frame possibilities are discarded and accumulate as entropy. Within this framework, quantum probability is reidentified as coarse-graining over unresolved definite frame states. Furthermore, we reinterpret the cosmological constant not as a vacuum energy density, but as the statistical baseline of unrecovered (unrecorded) frame relaxation. This framework remaps persistent puzzles—time’s arrow, quan-tum measurement phenomenology, and the cosmological constant—under a single principle: not all frame possibilities are recorded.Time has never been observed to flow; what is observed is the irreversible ac- cumulation of realized physical states. We propose a closed structural worldviewin which spacetime is composed of densely packed discrete frames, and physical reality emerges through selective record formation among these frames. We de- fine a “record” as a physical stabilization event governed by structural resonance within the frame network. Irreversibility follows directly from record selection: al- ternative frame possibilities are discarded and accumulate as entropy. Within this framework, quantum probability is reidentified as coarse-graining over unresolved definite frame states. Furthermore, we reinterpret the cosmological constant not as a vacuum energy density, but as the statistical baseline of unrecovered (unrecorded) frame relaxation. This framework remaps persistent puzzles—time’s arrow, quan-tum measurement phenomenology, and the cosmological constant—under a single principle: not all frame possibilities are recorded.

Dec 29, 20250 citations

Aspects of Quantum Cosmology

Don Nelson Page

arXiv:gr-qc/9507025Springer eBooksJan 1, 19965 citations

Coherence, Diffusion, and Emergence: An Entropic Framework for Information in ZIP Cosmology

Jakub Slahounek

This work presents an ontological and phenomenological framework in which information, coherence, and physical structure emerge from an underlying entropic substrate. Within ZIP cosmology, information is not treated as fundamental but as a dynamically stabilized process arising from diffusion, coherence, and irreversible entropic selection. The framework remains compatible with standard quantum mechanics and cosmology while offering a clarified conceptual foundation for emergence, measurement, and stability. FilesThis work presents an ontological and phenomenological framework in which information, coherence, and physical structure emerge from an underlying entropic substrate. Within ZIP cosmology, information is not treated as fundamental but as a dynamically stabilized process arising from diffusion, coherence, and irreversible entropic selection. The framework remains compatible with standard quantum mechanics and cosmology while offering a clarified conceptual foundation for emergence, measurement, and stability. Files

Jan 25, 20260 citations

Decoherence in quantum cosmology

Claus Kiefer

Jan 1, 19915 citations

Decoherence in Quantum Cosmology

Masa‐aki Sakagami, Takashi Okamura, Hiroto Kubotani

Proceedings of the Seventh Marcel Grossman Meeting on recent developments in theoretical and experimental general relativity, gravitation, and relativistic field theoriesJan 1, 19960 citations

Substantial Irreversibility in Quantum Cosmology

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