Leibniz Institute for Polymer Research Dresden

His work is focussed on the development of dedicated NMR methods for the characterization of functionalized polymers and their application to polyelectrolytes and complex polymer systems.

Magnetic resonance on complex systems

• Effective charge and hydrodynamic size of molecules and aggregates
• Structure and nanostructure
• Polymer dynamics
• Response of polymers to external mechanical forces
• Local dynamics of polymers by spin-label EPR
• NMR imaging and flow imaging
  

• Rocky Mountain Conference on Analytical Chemistry
• International Symposium on Polylelectrolytes

• DECHEMA Weiterbildungskurs: Polyelektrolyte Eigentschaften, Charakterisierung und Anwendungen Dresden, Germany, October 27th to 28th 2009
• 31st Discussion Meeting: Magnetic Resonance in Chemistry and Materials Research (GDCh) Dresden, Germany; September 21st to 24th 2009 (Chair and Local Organisation)
• Charged Polymers in Contact with water April 22nd to 23th 2008
• 6th International Symposium on Polyelectrolytes Dresden, Germany; September 4th to 8th 2006
  • chair and local organisation, Tutorial

• 9th Dresden Polymer Discussion: Polyelectrolytes Meißen, Germany, March 16th to 19th 2003
  • Chair with H. J. P. Adler (TU Dresden) and guest editor

• Workshop NMR in complex systems possibilities and challenges Dresden, Germany October 10th to 11th 2002
  • Impressions

• Brigitte Wiesner
• Bodo Vieweg
• Dr. Uwe Lappan
• Cindy Elschner

• Prof. Haskell Beckham, Georgia Tech School of Polymer, Textile and Fiber Engineering, USA
• Dominique Massiot, CNRS, Orleans, Frankreich
• Prof. Lyndon Emsley, Université de Lyon
• Prof. Eike Brunner, Bioanalytische Chemie, TU Dresden
• Prof. Robin K. Harris, University of Durham, England
• Prof. Shinji Ando, Tokyo Institute of Technology, Japan
• Dr. Toshikazu Miyoshi, The University of Akron, USA
  
• Prof. Andrew Whittaker, University of Queensland, Australia
• Prof. Tetsuo Asakura
• Prof. Dr. Rüdiger Kniep MPI für Chemische Physik fester Stoffe, Dresden

• Personal information
• Former coworkers
• Publications