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Based on the orthodox theory of single electronics, a simulation of a tunnel junction is performed, aiming at investigating if quasiparticle events are predictable to transfer fractional charge. The related outcome from the software package MOSES© [note: ©1995 by R.H. Chen; ©2001 by D.M.R. Kaplan and by Ö. Türel] (Monte-Carlo Single Electronics Simulator) is discussed.

Simulation of charge transfer in a tunnel junction: approaching the sub-e scale / D'Errico, GIAMPAOLO EUGENIO. - 66:(2004), pp. 282-284. [10.1142/9789812702647_0026]

Simulation of charge transfer in a tunnel junction: approaching the sub-e scale

D'ERRICO, GIAMPAOLO EUGENIO
2004

Abstract

Based on the orthodox theory of single electronics, a simulation of a tunnel junction is performed, aiming at investigating if quasiparticle events are predictable to transfer fractional charge. The related outcome from the software package MOSES© [note: ©1995 by R.H. Chen; ©2001 by D.M.R. Kaplan and by Ö. Türel] (Monte-Carlo Single Electronics Simulator) is discussed.
Advanced Mathematical & Computational Tools in Metrology VI
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11696/33349
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