The Collaborative Research Center SFB 1083 of the DFG was established at Philipps-Universität Marburg in 2013. More than 80 chemists and physicists jointly investigate solid/solid interfaces of a variety of organic and inorganic materials in order to achieve a detailed microscopic understanding of the chemical bonding, the electronic coupling, and the dynamics of energy transfer for model systems of different classes of heterointerfaces.
Since 2017 the SFB includes groups from the Universities of Gießen and Münster and the Jülich Research Center.
SFB 1083 extended by four more years25. May 2021 - 09:30The German Research Foundation (Deutsche Forschungsgemeinschaft, DFG) has granted the Collaborative Research Center SFB 1083 „Structure and Dynamics of Internal Interfaces“ 12.3 Million Euros for a third funding period from July 2021 to June 2025. SFB 1083 was established at Philipps-Universität Marburg in 2013. It included a guest project from […]
Biphenylene Network: A Nonbenzenoid Carbon Allotrope – Publication by A4 (Gottfried) and A8 (Koert/Dürr) in Science21. May 2021 - 08:00Not graphene: Dr. Qitang Fan and coworkers of SFB 1083 discover new type of atomically thin carbon material Carbon exists in various forms, of which graphene is one of the most astonishing. In this atomically thin material, each carbon atom is linked to three neighbors, forming hexagons arranged in a […]
Turning at top speed – Publication by B11 (Güdde/Höfer) in Nature19. May 2021 - 17:00In collaboration with the group of Rupert Huber in Regensburg, Suguru Ito, Jens Güdde and Ulrich Höfer from the new SFB project B11 “Ultrafast dynamics of interface currents” demonstrate efficient high-order harmonic generation at the surface of a topological insulator by driving ballistic electron currents at THz frequencies. In the […]
Quantitative Characterization of Nanometer-Scale Electric Fields via Momentum-Resolved STEM– Publication by A5 (Volz)8. March 2021 - 12:50Andreas Beyer and coworkers achieved the determination and spatial resolution of electric fields at interfaces with the transmission electron microscope. Nanometer-scale built-in electric field are the basis of many modern (opto)electronic devices, such as solar cells, lasers or batteries. Optimization of these devices requires precise characterization of such fields at […]
Tracing orbital images on ultrafast time scales – Publication by B6 (Höfer/Wallauer) and A12 (Tautz/Bocquet/Kumpf) in Science19. February 2021 - 12:41Robert Wallauer and coworkers combined a high harmonic laser source with an electron momentum microscope to record orbital images of the charge transfer at an organic/metal interface with femtosecond time resolution. The microscopic charge-transfer dynamics across molecular interfaces is reflected in the population of electronic orbitals. These were, for the […]
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sfb10832021-06-01 14:24:002021-06-08 14:25:53Glaser et al.,
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sfb10832021-05-19 17:12:582021-05-19 17:12:58Schmid et al.,
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sfb10832021-05-07 13:29:212021-05-07 13:29:22Klement et al., Dr. Stefan R. Kachel
sfb@internal-interfaces.de
Tel. +49 6421 28-24223
Scientific Achievements
from 2013 to 2019
Check also this page.
postponed to 2021
Schloss Rheinfels
