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It was predicted by Tewari [Phys. Rev. Lett. {\bf 100}, 027001 (2008)] that ateleportationlike electron transfer phenomenon is one of the novel consequencesof the existence of Majorana fermion, because of the inherently nonlocalnature. In this work we consider a concrete realization and measurement schemefor this interesting behavior, based on a setup consisting of a pair of quantumdots which are tunnel-coupled to a semiconductor nanowire and are jointlymeasured by two point-contact detectors. We analyze the teleportation dynamicsin the presence of measurement backaction and discuss how the teleportationevents can be identified from the current trajectories of strong responsedetectors.

Demonstrating nonlocality induced teleportation through Majorana bound states in a semiconductor nanowire