Förderperiode 2008-2012

Group A: Molecular architectures for molecule activation
Project Group Leader Subject
A3 Dr. N. Jux
 Novel functional metalloporphyrins
A8 Prof. Dr. Ivana Ivanovic-Burmazovic Seven-/Six Coordinate Iron and Manganese Complexes with Superoxide Dismutase Activity as Synthetic Enzymes
A9 Prof. H.-P. Steinrück Adsorption und Reaktivität redoxaktiver Metalloporphyrine
A10
 Prof. Dr. Karsten Meyer Activation and Functionalisation of Small Molecules at Redox-active Complexes of Uranium in Sterically Tailored Ligand Environments
A12
 Prof. Dr. Peter Wasserscheid Selective Ethylene Tetramerization Using Redox-Active Chromium Complexes
A13
 Prof. Dr. Svetlana Tsogoeva Enantioselective Redox-Activation of H2O2 and O2 with Metal-Peptide, Urea- and Bisformamide-Complexes
Group B: Molecular architectures for charge transfer
Project Group Leader Subject
B3 Prof. A. Hirsch
 Iron porphyrin dendrimer architectures as abiotic models for globular haeme-proteins
B5 Prof. Dr. Dirk Guldi Charge Separation in Redox-Active Multifunctional Molecular Materials(M3)
B6 Prof. Dr. Nicolai Burzlaff Solid Phase Fixation of Redox-Active Metal Complexes with Tripodal N,N,O Architecture
B7 Prof. Dr. Harald Gröger Preparative and Mechanistic Aspects of Charge Transfer in Monooxygenases and Biomimetic Model Complexes
B8 Prof. Dr. Sven Rau Photo-Redox-Active Metalcatalysts for Lightdriven Watersplitting
Group C: Physical and theoretical quantification of functionality
Project Group Leader Subject
C1 Prof. T. Clark
 Theoretical studies on electron-transfer catalysis
C4 Prof. P. Müller
 Metal-atoms in chemical traps: Control of the magnetic and electronic properties of metal-complexes
C7 Prof. R. van Eldik
 Mechanistic determination of the structure-activity relationship of redox-active metal-complexes by high pressure spectroscopic and thermodynamic Measurements
C10 Prof. Dr. Andreas Görling,
Dr. Wolfgang Hieringer		 Quantum Chemical Investigations of Electron Transfer Processes in Metal Porphyrin Systems
Enantioselective Redox-Activation of H2O2 and O2 with Metal-Peptide, Urea- and Bisformamide-Complexes

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