|
|
Close Help | ||||||||||||||
Seminar-Peter Wahl
18/05/2011 15:00 (Seminarni mistnost budova A) »more info
Our paper published in PRL May 2011
»more info
Colloquium - R. Moeller
28/04/2011 15:00 (Seminarni mistnost budova A) »more info
Colloquium - A. Heinrich
21/03/2011 15:00 (Seminarni mistnost budova A) »more info
Seminar - Petr Klapetek
14/02/2011 14:00 (Zasedaci mistnost budova B) »more info
Seminar - Guy Le Lay
11/02/2011 11:00 (Seminarni mistnost budova A) »more info
Our paper published in PRL Jan 2011
»more info
Seminar András Berkó
15/11/2010 15:00 (Seminarni mistnost budova A) »more info
Seminar Martin Svec
14/11/2010 15:00 (Seminarni mistnost budova A) »more info
2nd QPlus workshop 8/10/10
2nd International QPlus Workshop 8.10.2010 »more info
Seminar Y. J. Dappe 25/5/10
25/5/2010 10:00 (Seminarni mistnost budova A) »more info
Seminar J. Repp 13/4/2010
14/3/2010 15:00 (Seminarni mistnost budova A) »more info
Seminar T. Novotny 2/3/2010
»more info
Seminar R. Martonak 23/2/10
»more info
4/2/10 Colloquium S. Lindsay
»more info
18/1/10 Our work highlighted on Nanotech.org website.
»more info
30/12/09 Our paper about atomic contrast of KPFM published in PRL
»more info
Seminar J.P. Lewis 9/12/09 14:00
»more info
Seminar P. Kocan 25/11/09 15:00
»more info
14.-15.10. 2009 workshop "Simultaneous STM/AFM measurements using tuning fork based sensors"
»more info
2/3/2010 15:00 (Seminarni mistnost budova A)
Title: Phonon-Assisted Current Noise in Molecular Junctions
Dr. Tomáš Novotný
Katedra fyziky kondenzovaných látek
MMF UK
Abstract:
We investigate the effects of phonon scattering on the electronic current noise through nanojunctions using the nonequilibrium Green’s functions formalism extended to include the counting field. In the case of weak electron-phonon coupling and a single broad electronic level, we derive an analytic expression for the current noise at arbitrary temperature and identify physically distinct contributions based on their voltage dependence. We apply our theory to the experimentally relevant case of a deuterium molecule placed in a break junction and predict a significant inelastic contribution to the current noise.
Ref.: Phys. Rev. Lett. 103, 136601 (2009)
