Chiral Brownian heat pump
M. van den Broek, C. Van den Broeck
TL;DR
This paper provides an exact analysis of a chiral Brownian motor functioning as a heat pump, predicting optimal operation frequencies and cooling rates for nanoscale devices.
Contribution
It introduces a precise analytical model for a chiral Brownian heat pump, enabling optimization of its performance at the nanoscale.
Findings
Optimal frequencies around kHz predicted
Cooling rates of femtojoules per second achieved
Exact analytical framework developed
Abstract
We present the exact analysis of a chiral Brownian motor and heat pump. Optimization of the construction predicts, for a nanoscale device, frequencies of the order of kHz and cooling rates of the order of femtojoule per second.
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