Abstract
Energy pumping from athermal fluctuation is studied on the basis of stochastic energetics for non-Gaussian processes. As an experimentally realizable setup, an electrical circuit with avalanche diodes is considered, whose dynamics is described by a non-Gaussian stochastic model. A positive amount of work is theoretically shown extractable from the athermal fluctuation by cyclic external manipulation at finite speed, despite of spatial symmetries of the system.
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