At the Ruhr-Universität Bochum (RUB) 2015
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Chemistry and Biochemistry at the Ruhr-Universität Bochum (RUB) 2015 www.ruhr-uni-bochum.de The perfect plastic composition is key to ensuring that your rubber duck maintains its radiant yellow even after hours in the bath. And you can thank state-of-the-art Schenck Process feeder technology for this composition. But this isn’t the only applica- tion for our technology. It is also used to put the right number of gherkins in a jar, to generate energy in a highly effi cient and environmentally friendly way or to mix the right material for a complex bridge construction. Schenck Process employs 3,000 members of staff at 34 locations and has been a world leader in measuring and process technology, industrial weighing, feeding, screening and automation for more than 125 years. www.schenckprocess.com 1 Welcome It is my pleasure to welcome you to the lytical, Theoretical and Technical Chemistry. Faculty of Chemistry and Biochemistry at Towards the end of the 1980s, two Chairs in the Ruhr-Universität Bochum (RUB). On Biochemistry were founded and in autumn the occasion of the Bunsen-Tagung 2015, 1990, a Biochemistry course was added to this brochure may serve to showcase the the Faculty‘s teaching portfolio. Accordingly, people at our Faculty, as well as our many the Faculty was renamed Faculty of Che- activities. mistry and Biochemistry. In response to the societal need for a strong scientific training Located in the midst of the dynamic met- also of teachers-to-be, a new Professorship ropolitan area of the Ruhr, in the heart of "Didaktik der Chemie" was established in Europe, RUB with its 20 faculties is home 2004, who oversees the education of future to ca. 500 professors, over 5 500 emplo- teachers in Chemistry at RUB, using inter yees and more than 41 000 students from alia the facilities of Germany‘s largest "Schü- 130 countries. Although only 50 years old, lerlabor" (Physical Sciences lab for school- RUB is not just one of the biggest German children of all ages). Today, 1400 students Universities but also unique with its broad are enrolled in a total of seven Bachelor and range of subjects taught. Faculties at RUB Master programs at the Faculty, with ca. 250 include all Physical and Life Sciences, Hu- first-year students starting each autumn. manities, a Law School and Media Sciences, There are 25 full-time professors, and an ad- Engineering, a Medical School and even ditional number of 10 independent groups Sport Sciences. The aerial photograph nice- led by early career researchers – most of Among the many collaborative research ly demonstrates that this unique variety of them funded independently by competitive projects that members of our Faculty have Faculties is all assembled on one coherent grants like the Emmy-Noether program of successfully managed over the last years - campus, which is also beautifully located the German Science Foundation DFG. The EU projects, Collaborative Research Centers in the southern suburbs of Bochum. The Faculty is proud of the fact that the total (SFB) and Research Units (FOR) – the Clus- nearby Lake Kemande (seen at the top right budget it receives from the University has ter of Excellence "RESOLV – Ruhr Explores corner of the photo) is used not only for been more than doubled by such compe- Solvation" (EXC 1069, funded since autumn students relaxing at a barbecue near the titive third-party money in each of the last 2012 in the last round of the so-called lakeside, but also for sports and serious couple of years. Additional funding comes German Excellence Initiative) certainly training. As just one example, four out of from industrial collaborations, of which also stands out. The topic of "Solvation Science" the eight members of the men‘s coxed our students and PhD candidates benefit provides a common roof to many research eight rowing boat which won the gold me- through direct contacts and research place- activities in areas as diverse as Molecular dal for Germany at the 2012 Olympics were ments. As just one example, an endowed and Biomolecular Chemistry, Life Sciences, students of RUB. "Evonik Chair of Organic Chemistry" will be Material Sciences and Nanoscience. The established in 2016 with generous support growing Faculty will have an additional Officially, RUB was founded in Bochum in from Evonik Industries. Our Faculty has also research building ZEMOS (Center for 1965 – by the way the first "new" University recognized the potential for reviving our Molecular Spectroscopy and Simulation of built at all in Germany after World War II – curriculum by switching to the European Ba- Solvent-driven Processes), fully equipped and its 50th anniversary will be celebrated in chelor and Master system, and was among with state-of-the-art laboratories, offices June 2015 with several spectacular events. the first in Germany to make the move away and dedicated rooms for various specialized Teaching in Chemistry started already in from the established Diploma system in applications at its disposal as of spring 1969. Originally, the Faculty started with 2001. Finally, the Faculty‘s Graduate School 2016. Individual articles on both RESOLV two Chairs in Inorganic, Organic and Phy- celebrates between 50 – 60 PhD graduations and ZEMOS are included in this brochure. sical Chemistry, and one chair each in Ana- every year. But, as you will be aware from own experi- ences, it is not numbers, buildings, or euros that matter, but the people and their ideas, their imagination, their visions that really make a difference. In this sense, I invite you to take a virtual tour through our Faculty by browsing through the pages of this brochure, and get to know the researchers of this Faculty! Nils Metzler-Nolte Dean of the Faculty of Chemistry and Biochemistry at the Ruhr-Universität Bochum 2 Content 1 Welcome 26 Electrobiochemistry: 46 Physical Chemistry: Prof. Dr. Nils Metzler-Nolte, Dean of the Molecular Regulation of Voltage- From Microsolvation to Faculty of Chemistry and Biochemistry Gated Transmembrane Ion Currents Bulk Water Dynamics at the Ruhr-Universität Bochum Underlying Fast Signaling in Living Cells Prof. Dr. Martina Havenith, Prof. Dr. Irmgard Dietzel-Meyer, Physical Chemistry II 3 RESOLV – Ruhr Explores Solvation Biochemistry II Cluster of Excellence 48 Biopolymers In Vivo – Prof. Dr. Martina Havenith-Newen, 28 Biomolecular Spectroscopy: from the Test Tube into the Cell Speaker of the Executive Board NMR to Study the Structure and Jun.-Prof. Dr. Simon Ebbinghaus, Function of Medically Relevant Proteins Physical Chemistry II 6 Novel Research Infrastructure Prof. Dr. Raphael Stoll, for Solvation Science Biochemistry II 50 Ultrafast Photochemistry: Prof. Dr. Martina Havenith-Newen, In Hot Pursuit of Chemical Reactions ZEMOS – Center of Molecular Spectro- 30 Chemistry Education: Prof. Dr. Patrick Nürnberger, scopy and Simulation of Solvent-driven Scientific Ways of Thinking and Working Physical Chemistry II Processes Prof. Dr. Katrin Sommer, Didactics 52 Heterogeneous Redox Catalysis: 7 Electrochemistry: From Bioelectro- From Fundamental Insight to chemistry to Electrocatalysis 32 Systems Chemistry: Industrial Application Prof. Dr. Wolfgang Schuhmann, Self-Replication and Self-Assembly Prof. Dr. Martin Muhler and Dr. Wei Xia, Analytical Chemistry Prof. Dr. Günter von Kiedrowski, Industrial Chemistry Organic Chemistry I 9 Analytical Chemistry – Biointerfaces: 55 Heterogeneous Catalysis: Understanding Biological Adhesion 34 Multidentate Halogen Bonding Relations between Structure and Processes in Solution: Organocatalysis and Performance of Catalysts Prof. Dr. Axel Rosenhahn, Supramolecular Chemistry Prof. Dr. Wolfgang Grünert, Analytical Chemistry Prof. Dr. Stefan M. Huber, Industrial Chemistry Organic Chemistry I 11 Center for Electrochemical Sciences (CES) 58 Ab Initio Simulations: Dr. Nicola Plumeré, Dr. Fabio La Mantia, 36 Natural Product Research: Chemical Reactions in the Dr. Sabine Seisel, Prof. Dr. Wolfgang Chemical, Enzymatic and Fermentative "Virtual Laboratory" Schuhmann Synthesis of Medicinally Important Prof. Dr. Dominik Marx, Compounds Theoretical Chemistry 13 Bioinorganic and Prof. Dr. Frank Schulz, Medicinal Inorganic Chemistry Organic Chemistry I 61 Quantum Chemistry Prof. Dr. Nils Metzler-Nolte Prof. Dr. Christof Hättig, and Dr. Ulf-Peter Apfel, 38 Physical Organic Chemistry: Theoretical Chemistry Inorganic Chemistry I Understanding Reactions Prof. Dr. Wolfram Sander, 63 Theoretical Chemistry: 16 Synergy between Synthesis, Organic Chemistry II Molecular Simulation Computational Chemistry and Prof. Dr. Lars Schäfer, Materials Development 40 Metals in Catalysis and Theoretical Chemistry Prof. Dr. Roland A. Fischer, Self-Organization Jun. Prof. Dr. Radim Beranek, Prof. Dr. Prof. Dr. Gerald Dyker, 65 Large-Scale Molecular Dynamics Anjana Devi, PD Dr. Rochus Schmid, Organic Chemistry II Simulations of Complex Systems Inorganic Chemistry II Employing Neural Network Potentials 42 Reactions of Molecules on PD Dr. Jörg Behler, 22 Ionotropic Glutamate Receptors: Hybrid Surfaces Theoretical Chemistry Structure, Function, Regulation Prof. Dr. Karina Morgenstern, and Modulation Physical Chemistry I 67 Quantum Chemistry: Wavefunction- Prof. Dr. Michael Hollmann, Based Electronic Structure Theory Biochemistry I 44 Biophysical Chemistry: Prof. em. Dr. Volker Staemmler, Protein Interactions Theoretical Chemistry 24 Molecular Neurobiochemistry: Prof. Dr. Christian Herrmann, Towards Protection and Physical Chemistry I 68 Physical Chemistry at High Presssures Regeneration of Brain Neurons Prof. em. Dr.