Published on Tue, 05 Sep 2017 in NEWS
Congratulations to cfaed PhD student Marcus Richter for being honored with one of three prestigious ACS Nano Poster Prize Awards at the ChinaNANO 2017 in Beijing, which was held between August 29-31. He received it for his poster on “Polycyclic Azomethine Ylides as Versatile Building Block for Unprecedented N-doped Nanographenes”. A total of over 800 posters were pitching at the conference. The prize was handed over by Prof. Paul S. Weiss (founding Editor-in-Chief of ACS Nano) during the closing session. Marcus Richter, who was supported by the cfaed Inspire Grant, visited the chairs of Prof. Carlos-Andres Palma, Prof. Shixuan Du and Prof. Hong-Jun Gao at the Institute of Physics at the Chinese Academy of Science in Beijing for two months.
Read more … Marcus Richter wins the ACS Nano Poster Prize Award
Published on Mon, 14 Aug 2017 in PRESS RELEASES
[Press release from TU Dresden, 14 August 2017]
Acenes are molecules formed by the linear fusion of special carbon-based hexagons, widely known as ‘benzene rings’. In spite of its structural simplicity, these molecules have attracted huge attention due to their unique electronic properties; pentacene, for example, a member of this family with five linear rings, is considered as one of the most relevant organic semiconductor to build photoelectronic devices, while larger acenes present intriguing properties that have fascinated scientists for decades. However, long acenes are unstable molecules, which cannot be found in natural sources. The obvious alternative is to access these molecules by chemical synthesis, but this approach becomes more challenging as the length of the molecule increases. In fact, nonacene (nine rings linearly fused) was the largest acene detected to date in 2010.
Read more … Researchers from TU Dresden and CiQUS Obtain Decacene, the Largest Acene Synthesised Ever
Published on Tue, 08 Aug 2017 in NEWS
cfaed Summer Festival is upcoming! This year, cfaed and also non-cfaed students and scientists majoring in related fields (especially in microelectronics) are invited to present themselves in a nutshell during a 3 minutes pitch in front of potential future employers. Use this excellent chance of networking and win attractive awards during our summer homecoming on 21 August!
The following sponsors have confirmed their attendance already:
Register now by sending an email to hrevents_cfaed@mailbox.tu-dresden.de
Info: https://cfaed.tu-dresden.de/upcoming-events/cfaed-summer-festival
Published on Mon, 07 Aug 2017 in PRESS RELEASES
[Gemeinsame Pressemitteilung von Landeshauptstadt Dresden und Technischer Universität Dresden, 3. August 2017]
Die Landeshauptstadt setzt ihre Standortkampagne zum Wirtschafts- und Wissenschaftsstandort ein, um die Exzellenzbewerbung der Technischen Universität Dresden (TUD) zu unterstützen – und holt die Dresdnerinnen und Dresdner mit ins Boot. Ziel ist es, die Dresdner Stadtgesellschaft über die TUD-Exzellenzbewerbung zu informieren und für „ihre“ Exzellenzuniversität zu mobilisieren. Dafür hat die Landeshauptstadt die Website dresden.de/exzellenz gestartet. Während des gesamten Bewerbungsprozesses wird die Landeshauptstadt Dresden gemeinsam mit den Bürgerinnen und Bürgern dabei helfen, dass die TU Dresden ihren Exzellenzstatus behält. Deshalb stehen in der PR-Kampagne seit diesem Jahr die zukunftsweisenden Forschungsthemen der Exzellenzuniversität TUD und deren aktuelle Bewerbung in der neuen Exzellenzstrategie des Bundes und der Länder im Fokus.http://datas.weichertmehner.com/ddexzellenz.zip
Read more … Stadt Dresden und Technische Universität Dresden sind ein Gewinnerteam
Published on Thu, 03 Aug 2017 in NEWS
From April to June 2017 I had the chance to work for 3 months with the Salleo Research Group at Stanford University. The research visit was financed in part by the cfaed INSPIRE grant and in part by the Graduate Academy through a travel grant for short-term research stays abroad. During my time in the group I was trying to shed light on the charge carrier transport in thin films of semiconducting polymers synthesized as part of the Organic/Polymer Path in collaboration with the Leibniz Institute for Polymer Research.
The main reason for my visit of the group was the application of charge-modulation spectroscopy to our polymers. This technique has only been established in a few research groups around the world and gives information about the degree of freedom charge carriers have close to the semiconductor/dielectric interface based on the optical absorption of the carriers. The results will help us optimizing the device performance of field-effect transistors.
Furthermore, right next to Stanford University is the Stanford Synchrotron Radiation Lightsource, a Department of Energy user facility for very bright electromagnetic radiation. During my 3 months I was lucky enough to get multiple days and nights at the facility to investigate the film structure of our materials by x-ray scattering techniques. This allows us to correlate the structural and electronic properties of our semiconducting polymers.
Read more … INSPIRE Grant Report by Postdoc Mike Hambsch, Stanford University, CA, USA
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