Suchergebnisse für sfb_www.htm

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alte Homepage

:nbn:de:bsz:352-opus-18282 URL: www.ub.uni-konstanz.de/kops/volltexte/2006/1828/ Vieten, M., (2006) Perspectives in Sports Biomechanics Research, In: Sport Science In a New World, (pp. 3-4), University of Jordan, Amman …

https://www.sportwissenschaft.uni-konstanz.de/vieten/alte-homepage/
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Tarifpaket: Beitrag Qualität in der Lehre - https://www.uni-konstanz.de/newsletter/einblick/32/aktuelle-ausschreibungen/

Die Übertragung des Tarifergebnisses für die Angestellten vom 17. Februar 2017 auf die Beamtinnen und Beamten, Richterinnen und Richter, Staatsanwältinnen und Staatsanwälte sowie auf die Versorgungsem …

https://www.uni-konstanz.de/newsletter/einblick/32/tarifpaket-beitrag-qualitaet-in-der-lehre-httpswwwuni-konstanzdenewslettereinblick32aktuelle-ausschreibungen/
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Nützliche Links

https://www.geschichte.uni-konstanz.de/rischbieter/informationen-fuer-studierende/nuetzliche-links/
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Current projects

DFG: SFB 1214 TP B1: Mesocrystals: Formation, structure and properties [...] .11.2020 SFB 1214 - TP B1 Mesocrystals: Formation, structure and properties Project head …

https://www.schmidt-mende.uni-konstanz.de/research/current-projects/
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Forschungsverbünde

SFB 767 The Collaborative Research Center 767 " Controlled Nanosystems: Interaction and Interfacing to the Macroscale" funded by the DFG is the basis of nanoscale research activities at the University of Konstanz. The SFB initiative addresses the challenge of achieving a detailed understanding of the interaction of nanostructures, both among themselves and with their [...] of the MPI Solid State Resea rch in Stuttgart . Young scientists in the SFB are promoted by the Integrated Research Training Group (IRTG Nano). The spokesperson of the SFB 767 is …

https://www.physik.uni-konstanz.de/forschung/forschungsverbuende/
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Nano prize for an SFB 767 postdoctoral researcher

SFB 767

Dr. Federica Haupt is awarded with the Nano prize of the Universitätsgesellschaft Konstanz for her outstanding contribution to research in Nanotechnology. …

https://www.sfb767.uni-konstanz.de/news/highlights/highlights-detailseite/nano-prize-for-an-sfb-767-postdoctoral-researcher/
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Nano prize for SFB 767 doctoral researcher

SFB 767

The SFB 767 doctoral researcher Youngsang Kim (3rd from left) is awarded with the Nano prize of the Universitätsgesellschaft Konstanz for his outstanding contribution to research in Nanotechnology. …

https://www.sfb767.uni-konstanz.de/highlights/highlights-detailseite/nano-prize-for-sfb-767-doctoral-researcher/
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ERC advanced grant for SFB 767 principal investigator

SFB 767

Ultra-short time scales form the field of work of Prof. Dr. Alfred Leitenstorfer. They are so short that they no longer can be detected with electronic time sensors, but only with optical devices – wi …

https://www.sfb767.uni-konstanz.de/highlights/highlights-detailseite/erc-advanced-grant-for-sfb-767-principal-investigator/
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SFB 767 "Controlled Nanosystems" extended until 2015

SFB 767

The German Research Foundation has granted the extension of the Collaborative Research Center 767 “Controlled Nanosystems: Interaction and Interfacing to the Macroscale” from 2012 to 2015 with a total …

https://www.sfb767.uni-konstanz.de/highlights/highlights-detailseite/sfb-767-controlled-nanosystems-extended-until-2015/
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SFB 767 principal investigator and an American team prove that the diamond is a subatomic storage medium

SFB 767

An international collaborative project between the University of Konstanz and the University of California, Santa Barbara, USA, marks an important step towards quantum computing: In the Konstanz worki …

https://www.sfb767.uni-konstanz.de/highlights/highlights-detailseite/sfb-767-principal-investigator-and-an-american-team-prove-that-the-diamond-is-a-subatomic-storage-medium/
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