Nonlocal heat transfer between resonators by Cooper-pair splitting

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Hybrid quantum dot-oscillator systems have become attractive platforms to inspect quantum coherence effects at the nanoscale. Here, we investigate a Cooper-pair splitter setup consisting of two quantum dots, each linearly coupled to a local resonator. The latter can be realized either by a microwave cavity or a nanomechanical resonator. Focusing on the subgap regime, we demonstrate that cross-Andreev reflection, through which Cooper pairs are split into both dots, can efficiently cool down each resonator into its ground state. Moreover, we show that a nonlocal heat transfer between the two resonators is activated when opportune resonance conditions are matched. The proposed scheme can act as a heat-pump device with potential applications in heat control and cooling of mesoscopic quantum resonators.

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ISO 690MANTOVANI, Mattia, Wolfgang BELZIG, Gianluca RASTELLI, Robert HUSSEIN, 2019. Nonlocal heat transfer between resonators by Cooper-pair splitting
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@unpublished{Mantovani2019-07-09T17:48:13ZNonlo-46343,
  year={2019},
  title={Nonlocal heat transfer between resonators by Cooper-pair splitting},
  author={Mantovani, Mattia and Belzig, Wolfgang and Rastelli, Gianluca and Hussein, Robert}
}
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