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We here propose a mechanism to teleport electrons between quantum dotsthrough the transformation of a virtual bright exciton into a dark exciton.This mechanism relies on the interactions of two composite bosons: a pair ofelectrons with opposite spins, trapped in two dots and an electron-hole pair ina free exciton coupled to an unabsorbed pump pulse, which makes it ``bright''but virtual. This bright exciton first turns ``dark'' by dropping its electronand stealing the trapped electron with opposite spin through an exchangeCoulomb process with the trapped pair. In a second step, the dark exciton``flies'' with its electron to the other dot where it turns bright again, bythe inverse process. The ``Shiva diagrams'' for composite boson many-bodyeffects that we have recently introduced, enlighten this understanding

Electron teleportation between quantum dots using virtual dark exciton