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We report conductance and supercurrent measurements for InAs single andparallel double quantum dot Josephson junctions contacted with Nb or NbTiNsuperconducting electrodes. Large superconducting gap energy, high criticalfield and large switching current are observed, all reflecting the features ofNb-based electrodes. For the parallel double dots we observe an enhancedsupercurrent when both dots are on resonance, which may reflect split Cooperpair tunneling.

Superconducting Transport in single and parallel double InAs Quantum Dot Josephson Junctions with Nb-based Superconducting Electrodes