Peltier effect in normal metal-insulator-heavy fermion metal junctions
A. V. Goltsev, D. M. Rowe, V. L. Kuznetsov, L. A. Kuznetsova, and Gao, Min
TL;DR
This paper theoretically investigates the Peltier effect in normal metal-insulator-heavy fermion metal junctions, revealing their potential as highly efficient electronic microrefrigerators below the Kondo temperature.
Contribution
It introduces a theoretical model showing that such junctions can outperform normal metal-heavy fermion junctions in cooling efficiency at low temperatures.
Findings
Junctions can be used as microrefrigerators below Kondo temperature
They are several times more efficient than normal metal-heavy fermion junctions
Potential applications in electronic cooling technologies
Abstract
A theoretical study has been undertaken of the Peltier effect in normal metal - insulator - heavy fermion metal junctions. The results indicate that, at temperatures below the Kondo temperature, such junctions can be used as electronic microrefrigerators to cool the normal metal electrode and are several times more efficient in cooling than the normal metal - heavy fermion metal junctions.
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