Contact
Coordinator
PD Dr. Peter Zahn
Phone: +49 351 260 3121
E-mail: nanonet@hzdr.de
Spokesperson
Prof. Dr. Artur Erbe
Phone: +49 351 260 2366
E-mail: a.erbe@hzdr.de
News
2026-01-01
The excellence cluster REC2 Responsible Electronics in the Climate Change Era started with TUD as leading university - Congratulations.
2025-12-03
Lokamani has defended his PhD thesis at the faculty of electrical engineering of TU Dresden - Congratulations.
2024-11-22
The new SFB-Transregio 404 “Next Generation Electronics With Active Devices in Three Dimensions [Active-3D]” was granted by DFG (spokesperson Thomas Mikolajick).
Web-site,
Pressemitteilung TUD
.
2020-12-31
Helmholtz funding of NanoNet expired, but the network will continously promote collaboration and exchange of ideas.
Thanks to all members and partners.
Stay in contact!
Events
2026-06-23/28
NT 26 - Science + Applications of Nanotubes and Low-Dim Materials, FU Berlin, DE
2026-09-07/11
Flatlands beyond Graphene 2026, Dresden, DE
2026-09-16/18
NanoNet+13 Workshop 2026, Topic tba.,
Schöneck near Plauen/Vogtland, DE
co-organized by Artur Erbe (HZDR) and others
2027-03-14/19
DPG Spring Meeting 2027
,
Section Condensed Matter, Regensburg, DE
Ascent+ European Nanoelectronics Network
Help Desk
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Welcome Guide HZDR
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First steps in Dresden (info@MPI-CBG)
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Support hotline "Violence against women" (GE/EN/FR/RU/Persian/Arabian/...)
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Acknowledgment
IHRS NanoNet was funded by the Initiative and Networking Fund of Helmholtz Association (VH-KO-606) until Dec 2020.
Event details
Tutorial "Integration and modelling of nanoelectronic components" at the DPG Spring Meeting 2013
| Time: |
10 March 2013; 16:00 - 18:30 |
| Location: |
Regensburg, Germany |
| Organizers: |
IHRS NanoNet & Thin Films (DS) division of the Deutsche Physikalische Gesellschaft e. V. (DPG) |
| Speakers: |
Dr. Artur Erbe (Helmholtz-Zentrum Dresden-Rossendorf, Germany) |
| Summary: |
The development of novel nanoelectronic components, e.g. semiconductor nanowires, single organic molecules or magnetic nanoparticles, aims at the creation of electronic circuits at the smallest possible length scale. A first prerequisite for the construction of such electronic components is the formation of a reliable, electrical contact to the electrically active parts and their integration into larger networks. This can be achieved either by self organization or by novel lithography methods. Reliable circuits can only be built if effects arising from transport through individual nanostructures as well as collective effects caused by the integration of the nanostructures into larger networks are well understood and controlled. This tutorial will provide an overview on the experimental realization of the contacts, modeling of the systems, and possible schemes for the development of larger circuits. The introductory talks in this tutorial will be presented by members and collaborators of the International Helmholtz Research School NanoNet, which deals with the development of nanoelectronic circuits. |
| Link: | Conference website: Regensburg 13
Tutorial program: Download |
