Multipair DC-Josephson Resonances in a biased all-superconducting Bijunction

Abstract

An all-superconducting bijunction consists of a central superconductor contacted to two lateral superconductors, such that non-local crossed Andreev reflection is operating. Then new correlated transport channels for the Cooper pairs appear in addition to those of separated conventional Joseph- son junctions. We study this system in a configuration where the superconductors are connected through gate-controllable quantum dots. Multipair phase-coherent resonances and phase-dependent multiple Andreev reflections are both obtained when the voltages of the lateral superconductors are commensurate, and they add to the usual local dissipative transport due to quasiparticles. The two-pair resonance (quartets) as well as some other higher order multipair resonances are π-shifted at low voltage. Dot control can be used to dramatically enhance the multipair current when the voltages are resonant with the dot levels.

6 pages

References in corpus (10)

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• Production of non-local quartets and phase-sensitive entanglement in a superconducting beam splitter
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• Current correlations in the interacting Cooper-pair beam-splitter
• Subradiant split Cooper pairs
• Voltage-induced Shapiro steps in a superconducting multi-terminal structure
• Multiple Andreev reflections in hybrid multiterminal junctions
• Microwave spectroscopy of a Cooper pair beam splitter

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