In the infinite-path limit of a Brownian computation model with backward branching factor α, the reset current Fano factor transitions from noiseless to Poissonian exactly at affinity ln α, marking the thermodynamic cost of logical irreversibility.
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cond-mat.stat-mech 2years
2026 2verdicts
UNVERDICTED 2representative citing papers
Open CRN behavior and thermodynamics, including local detailed balance and entropy production, emerge to leading order from closed CRNs via time-scale and abundance separations for arbitrary stoichiometries.
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Network analysis for steady-state current fluctuations under finite affinity: Application to Brownian computation
In the infinite-path limit of a Brownian computation model with backward branching factor α, the reset current Fano factor transitions from noiseless to Poissonian exactly at affinity ln α, marking the thermodynamic cost of logical irreversibility.
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Emergence of Open Chemical Reaction Network Thermodynamics within Closed Systems
Open CRN behavior and thermodynamics, including local detailed balance and entropy production, emerge to leading order from closed CRNs via time-scale and abundance separations for arbitrary stoichiometries.