Cosmological Thermosynthesis Theory (TTC): A Working Model of Expansion, Entropy Gaps, and the Emergence of Complexity
- 1Quilmes AstroClub
Abstract
This working paper presents Cosmological Thermosynthesis Theory (TTC) as a provisional framework that seeks to relate cosmic expansion to the maintenance of thermodynamic disequilibrium and the emergence of local complexity. Building on the
classical notion of the cosmic entropy gap, the model proposes that expansion helps preserve a gap between the actual entropy of the universe and the maximum entropy it could have attained, thereby sustaining gradients that enable structured dissipation.
Three hypotheses are examined: (1) expansion as a contributor to the maintenance of disequilibrium; (2) complex adaptive systems (including life and intelligence) as efficient channels of ordered energy throughput; and (3) the cost of civilizational
fragmentation measured in terms of lost processing capacity. A possible physical realization involving an ultralight scalar field (fuzzy dark matter) is explored as scaf folding, not as a necessary foundation. The model remains explicitly falsifiable in its peripheral claims and open to revision or abandonment. No moral or political directives are derived from the physics.
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BibTeX
@misc{fernandez2026cosmological,
title = {{Cosmological Thermosynthesis Theory (TTC): A Working Model of Expansion, Entropy Gaps, and the Emergence of Complexity}},
author = {Adrian G. Fernandez},
howpublished = {Zenodo},
year = {2026},
month = oct,
doi = {10.5281/zenodo.23587858},
url = {https://zenodo.org/records/23587858},
note = {CC BY 4.0},
}
RIS
TY - UNPB
TI - Cosmological Thermosynthesis Theory (TTC): A Working Model of Expansion, Entropy Gaps, and the Emergence of Complexity
AU - Adrian G. Fernandez
PY - 2026
DA - 2026/10/23
PB - Zenodo
DO - 10.5281/zenodo.23587858
UR - https://zenodo.org/records/23587858
AB - This working paper presents Cosmological Thermosynthesis Theory (TTC) as a provisional framework that seeks to relate cosmic expansion to the maintenance of thermodynamic disequilibrium and the emergence of local complexity. Building on the classical notion of the cosmic entropy gap, the model proposes that expansion helps preserve a gap between the actual entropy of the universe and the maximum entropy it could have attained, thereby sustaining gradients that enable structured dissipation. Three hypotheses are examined: (1) expansion as a contributor to the maintenance of disequilibrium; (2) complex adaptive systems (including life and intelligence) as efficient channels of ordered energy throughput; and (3) the cost of civilizational fragmentation measured in terms of lost processing capacity. A possible physical realization involving an ultralight scalar field (fuzzy dark matter) is explored as scaf folding, not as a necessary foundation. The model remains explicitly falsifiable in its peripheral claims and open to revision or abandonment. No moral or political directives are derived from the physics.
ER -