A single-atom heat engine

Abstract

We report the experimental realization of a single-atom heat engine. An ion is confined in a linear Paul trap with tapered geometry and driven thermally by coupling it alternately to hot and cold reservoirs. The output power of the engine is used to drive a harmonic oscillation. From direct measurements of the ion dynamics, we determine the thermodynamic cycles for various temperature differences of the reservoirs. We use these cycles to evaluate power $P$ and efficiency $\eta$ of the engine, obtaining up to $P=342$yJ and $\eta =0.28\%$, consistent with analytical estimations. Our results demonstrate that thermal machines can be reduced to the ultimate limit of single atoms.

References in corpus (4)

• Single ion heat engine with maximum efficiency at maximum power
• Experimental Test of Quantum Jarzynski Equality with a Trapped Ion System
• Sub-milliKelvin spatial thermometry of a single Doppler cooled ion in a Paul trap
• Fast thermometry for trapped ions using dark resonances

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