TL;DR
This paper explores how irreversible behavior emerges from deterministic, reversible dynamics within combinatorial processes, providing insights into the second law of thermodynamics.
Contribution
It introduces a combinatorial framework to analyze the emergence of irreversibility from reversible dynamics.
Findings
Identifies mechanisms leading to irreversibility in combinatorial systems
Provides a theoretical basis connecting reversibility and the second law
Offers potential applications in understanding thermodynamic processes
Abstract
We study the second law in the context of combinatorial processes, focusing on the mechanisms that give rise to irreversible behavior from an underlying deterministic, invertible, and reversible dynamics.
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