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TU Dresden » Faculty of Mechanical Science and Engineering » Institute for Materials Science » Chair of Materials Science and Nanotechnology
» tud news   » news   » 2006.07.31

Monday, 31 July 2006

Mid term review
VolkswagenStiftung grant I/78 340

Room: Phys 4.1.13, University of Regensburg

The Nachwuchsgruppe "Molecular Computing" started on January 2003 within a large grant initiative of the Volkswagen Foundation. As in the lines of the Foundation policy, our research activity has been (very positively!) evaluated in the middle of the granting period.

some photos

review panel


Monday 31.07.2006(review room: Phy 4.1.13)
12:00 -- 12:45antipasti buffet at the uni-pizzeria
review room: Phy 4.1.13
13:00 -- 13:10Dieter Weiss (Universität Regensburg)
Welcome address
Ulrich T. Schwarz (Universität Regensburg)
session chair

13:15 -- 14:00Gianaurelio Cuniberti
Overview of the MC group research lines in the period Jan 2003 -- June 2006
14:00 -- 14:30Rafael Gutierrez
Quantum transport in DNA nanowires: The role of dissipation and internal vibrations (line A)
14:30 -- 15:00Norbert Nemec
Carbon nanotubes devices: realistic contacts and magnetotransport (line B)
15:00 -- 15:30Dmitry Ryndyk
Nonequilibrium vibrons in unimolecular electronics (line C)
15:30 -- 16:00Florian Pump
Single molecule rectification (line C)
16:00 -- 16:30coffee and posters (see below)

16:30 -- 17:45closed-door review panel meeting
17:45 -- 18:00closing remarks and early departures
19:30 -- dinner at the Restaurant Orphée
Tuesday 01.08.2006
09:00 -- informal discussions, departures


overview poster of our group activity (Phy 4.1.13)

Research line A: bioelectronics
A0: overview poster (Phy 4.1.13)
A1:Signatures of dissipative and vibron-assisted transport in DNA molecular wires (Phy 4.1 corridor)
A2:STM imaging and spectroscopy of linear molecules (Phy 4.1 corridor)

Research line B: nanotubes
B0: overview poster (Phy 4.1.13)
B1:Defective transport properties of three-terminal carbon nanotube junctions (Phy 4.1 corridor)
B2:Vibrational effects in the linear conductance of carbon nanotubes (Phy 4.1 corridor)
B3:Contact dependence of carrier injection in carbon nanotubes: An ab initio study (Phy 4.1 corridor)
B4:Hofstadter butterflies of carbon nanotubes (Phy 4.1 corridor)
B5:Scaling law for the conductance of gold nanotubes (Phy 4.1 corridor)

Research line C: molecular junctions
C0:overview poster (Phy 4.1.13)
C1:Effects of chemical substitution on quantum transport through single aromatic molecules (Phy 4.1 corridor)
C2:Quantum transport through single azobenzene molecules: contact effects (Phy 4.1 corridor)



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last modified: 2021.09.01 Wed
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