We theoretically investigate the electronic transport through single
molecules when their vibrational modes are strongly coupled to the
charge degree of freedom and electron pairs are energetically favored to
single electrons. Based on a particle-hole transformation we give a
clearer physical interpretation of the cotunneling and the pair
tunneling in terms of spin preserving and spin-flip cotunneling events
in the transformed model. Within this new scheme we derive the current
and the shot noise characteristics that reveal new features.
Coffee and cookies will be served 15 minutes before the start of the seminar
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