首页|Coulomb-assisted nonlocal electron transport between two pairs of Majorana bound states in a superconducting island
Coulomb-assisted nonlocal electron transport between two pairs of Majorana bound states in a superconducting island
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We investigate the nonlocal transport modulated by Coulomb interactions in devices comprising two interacting Ma-jorana wires,where both nanowires are in proximity to a mesoscopic superconducting(SC)island.Each Majorana bound state(MBS)is coupled to one lead via a quantum dot with resonant levels.In this device,the nonlocal correlations can be induced in the absence of Majorana energy splitting.We find that the negative differential conductance and giant cur-rent noise cross correlation could be induced,due to the interplay between nonlocality of MBSs and dynamical Coulomb blockade effect.This feature may provide a signature for the existence of the MBSs.
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