  Electron teleportation via two separate Majorana bound states(MBSs) is a
manifestation of the non-locality of MBSs. A superconductor may host multiple
separate or partial overlapping MBSs, and it is difficult to distinguish them.
Here, we have studied the electron teleportation between two quantum dots via
multiple MBSs in a superconductor island, two of which couple with the quantum
dots. We find that in the absence of Majorana coupling, both elastic and
inelastic electron transfers are allowed for specific system settings, and the
extent to which the island state is changed after the teleportation relies on
the initial state of the MBSs. In the presence of Majorana couplings, the
elastic and inelastic teleportations are selective according to which pair of
MBSs are coupled. Meanwhile, the cotuneling processes are distinct for
different MBSs coupling types. In addition, we have investigated the effect of
the asymmetry of the tunnelings to quantum dots on the transport. Our findings
are meaningful for resolving transport signatures induced by topological MBSs
and that stems from nontopological quasiparticle.
