Nanophysics seminar
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'''Balogh Zoltán: [[:file:JC20130926.pptx |A current-driven single atom-memory]]''' | '''Balogh Zoltán: [[:file:JC20130926.pptx |A current-driven single atom-memory]]''' | ||
| - | == | + | == Márton Attila(EA), Magyarkuti András (JC) 2013. okt. 03. == |
'''Márton Attila: [[:file:Ea_marton.pptx |Transport properties of p-type III-IV semiconducting nanowires]]''' | '''Márton Attila: [[:file:Ea_marton.pptx |Transport properties of p-type III-IV semiconducting nanowires]]''' | ||
'''Magyarkuti András: [[:file:Magyarkuti_jc.pptx |Impact of molecular symmetry on singlet-molecule conductance]]''' | '''Magyarkuti András: [[:file:Magyarkuti_jc.pptx |Impact of molecular symmetry on singlet-molecule conductance]]''' | ||
Revision as of 09:17, 3 October 2013
The schedule of the seminar (fall, 2013)
Interesting articles for future seminars
Geresdi Attila(EA) 2013. szept. 19.
Geresdi Attila: Josephson supercurrents in InSb nanowires
Michel Calame(EA), Balogh Zoltán (JC) 2013. szept. 19.
Michel Calame: Spectroscopic insight on electrical transport through molecular junctions
Balogh Zoltán: A current-driven single atom-memory
Márton Attila(EA), Magyarkuti András (JC) 2013. okt. 03.
Márton Attila: Transport properties of p-type III-IV semiconducting nanowires
Magyarkuti András: Impact of molecular symmetry on singlet-molecule conductance
