Research Groups |
|
![]() |
Dr. Pol Besenius Supramolecular Functional Materials |
![]() |
Prof. Gerhard Erker Organometallic Chemistry and Catalysis |
![]() |
Dr. Olga Garcia Mancheño Sulfur chemistry and catalysis |
![]() |
Prof. Ryan Gilmour Molecular design, Catalysis and Chemical Biology |
![]() |
Prof. Frank Glorius Synthesis and Catalysis |
![]() |
Prof. Günter Haufe Preparative Organic and Bioorganic Chemistry |
![]() |
Dr. Ulrich Hennecke Bioorganic Chemistry and Catalysis |
![]() |
Prof. Johannes Neugebauer Theoretical Chemistry |
![]() |
Prof. Bart Jan Ravoo Synthesis of Nanoscale Systems |
![]() |
Prof. Armido Studer Synthetic Methods in Free Radical Chemistry |
![]() |
Dr. Mark P. Waller Multiscale Modelling of Complex Molecular Systems |
![]() |
Prof. Ernst-Ulrich Würthwein Synthetic and Physical Organic Chemistry - Computational Chemistry |
![]() |
Prof. a.D. Dieter Hoppe Carbanionic Chemistry and Enantioselective Synthesis |
![]() |
Prof. a.D. Hartmut Redlich Carbohydrate Chemistry and Natural Product Synthesis |
![]() |
Prof. em. Hans J. Schäfer Organic Electrosynthesis - Radical Reactions - Natural Product Synthesis - Renewable Resources |
![]() |
Prof. Stefan Grimme Theoretical Organic Chemistry |
![]() |
Prof. Martin Oestreich Asymmetric Catalysis and Organoelement Chemistry |
News / Lectures
-
Dr. Pol Besenius in NRW-Akademie
Dr. Pol Besenius ist in die Nordrhein-Westfälische Akademie der Wissenschaften und der Künste aufgenommen worden -
Leibniz-Preis
Wichtigster deutscher Forschungsförderpreis geht an Prof. Dr. Frank Glorius. -
Großes Potenzial für neue Anwendungen
Dr. Pol Besenius stellt Nanomaterialien nach dem Vorbild der Natur her - Recent News
-
-
Apr. 11th, IPC S403, 4:00 pm -
Prof. A. M. van OijenUniversity of Groningen
From in vitro to in vivo: Single-molecule studies of DNA replication -
Apr. 11th, C2, 5:15 pm -
Dr. J. S. DickschatTechnische Universität Braunschweig
Microbial Terpene Biosynthesis -
Apr. 18th, C2, 5:15 pm -
Prof. P. MelchiorreICIQ Tarragona
Organocatalytic Strategies to Control Remote Stereochemistry and Design Asymmetric Photochemical Processes -
Previous Lectures
and Preview
Links
- Dept. of Chemistry & Pharmacy
- Organic Chemistry
- Inorg. & Analyt. Chemistry
- Physical Chemistry
- Biochemistry
- Pharmaceutical Sciences
- Business Chemistry
- Food Chemistry
- Chemical Didactics


















