Structure and Dynamics of Internal Interfaces
Collaborative Research Center (Sonderforschungsbereich) SFB 1083:
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.
About Us
Latest News
Obituary for Prof. Dr. Stephan W. Koch – Nachruf für Prof. Dr. Stephan W. Koch23. September 2022 - 15:20Die Mitglieder des Sonderforschungsbereichs 1083 „Struktur und Dynamik innerer Grenzflächen“ trauern um Prof. Dr. Stephan W. Koch, der im September 2022 im Alter von 69 Jahren verstorben ist. Stephan W. Koch promovierte 1979 in Frankfurt und war von 1977 bis 1984 wissenschaftlicher Mitarbeiter am Institut für Theoretische Physik der Universität […]
Formation of Moiré Interlayer Excitons in Space and Time – Publication by B9 (Malic) in Nature5. September 2022 - 15:19A large research team including Ermin Malic and coworkers observed the formation of a “dark” moiré interlayer exciton for the first time Atomically thin structures made of two-dimensional semiconductor materials are promising candidates for future devices in electronics, optoelectronics and photovoltaics. The properties of these semiconductors can be controlled by […]
Topological Stone–Wales Defects Enhance Bonding and Electronic Coupling at the Graphene/Metal Interface – Publication by A4 (Gottfried) and A6 (Tonner) in ACS Nano3. August 2022 - 12:48Benedikt Klein and coworkers of SFB 1083, together with external collaborators, have gained new insight into interfacial interactions of Stone-Wales graphene defects by using molecular models. Graphene is an astonishing two-dimensional material with diverse and technologically important properties. However, these properties are heavily dependent on topological defects, which have a […]
On the Role of Collective Electrostatic Effects in Electronic Level Pinning and Work Function Changes by Molecular Adlayers: The Case of Partially Fluorinated DNTTs Adsorbed Flat-Lying on Various Metals and Hetero-Structures – Publication by A2 (Witte) and A8 (Koert)9. May 2022 - 12:47In a new publication in Advanced Materials Interfaces, the groups of Gregor Witte (A2), Ulrich Koert (A8) as well as Jérôme Cornil from the University of Mons report on the formation of an internal interface dipole at a metal/2D metal/organic hetero-interface, which can be modified by the outer organic monolayer. […]
German Science and Humanities Council recommends research building for materials sciences3. May 2022 - 13:06A research building together with a modern transmission electron microscope will be established on the Lahnberge campus of Philipps-University Marburg On the Lahnberge Campus, a new research building for a transmission electron microscope for the investigation of novel materials will be established. The German Science and Humanities Council gave its […]
Recent Publications
Spokesperson
Vice-Spokesperson
Steering Committee
SFB 1083 Office, Marburg
Dr. Stefan R. Kachel
sfb@internal-interfaces.de
Tel. +49 6421 28-24223
Why always benzene? Let's try benzyne on Si(001)!
Nicely ordered monolayers of upright conjugated adsorbates on the way to molecular wires.
Another great collaboration in @SFB1083 with the Koert group @Uni_MR and Dürr group @jlugiessen
https://doi.org/10.1002/cphc.202200404
Die Summer School des @sfb1083 befasste sich dieses Jahr mit hybriden Grenzflächen aus Übergangsmetall-Dichalkogeniden und organischen Systemen. Zahlreiche Chemiker*innen & Physiker*innen der @Uni_MR nahmen an dem intensiven Austausch teil.
http://internal-interfaces.de/summer-school-2022
📷 Marleen Axt
New Publication by @SFB1083:
D. Erkensten, S. Brem, R. Perea-Causín, E. Malic (@MalicGroup)
Microscopic origin of anomalous interlayer exciton transport in van der Waals heterostructures
Phys. Rev. Materials 6 (2022) 094006 DOI:10.1103/PhysRevMaterials.6.094006
Activity Report
Scientific Achievements
from 2013 to 2019
Check also this page.
Image Brochure
Projects of SFB 1083
of 3rd funding period
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