Max-Planck-Institut für Kolloid- und Grenzflächenforschung
2005
2. 2., Prof. Shigeyuki Komura, Tokyo Metropolitan University, Japan, Adhesion induced buckling of spherical shells
21. 2., Dr. Marjolein Dijkstra, Universität Utrecht, Hard-rod fluids in bulk and external fields
23. 2., Dr. Alexander Rohrbach, EMBL Heidelberg, Imaging interactions with Photonic Force Microscopy
11. 3., Prof. Christoph Schmidt, Vrije Universiteit Amsterdam, From single molecules in small steps back to cells
30. 3., Prof. Mulugeta Bekele, Addis Ababa University, Energetics of a Brownian Heat Engine
Kolloquium: Tuesday, 12. 4. 2005, 4:30 pm Prof. Heino Finkelmann, Uni Freiburg, Lyotropic liquid crystalline Hydrogels
Kolloquium: Wednesday, 13. 4. 2005, 3pm Prof. Petra Schwille, Institute for Biophysics/BioTec, TU Dresden, Single molecule biophysics in cellular and model membrane systems
2. 5., Dr. Volker Knecht, Biophysical Chemistry University of Groningen, Self-organization in lipid systems on an atomic level: from pore to hexagonal phase formation
6. 5., Prof. Friederike Schmid, Universität Bielefeld, Molecular recognition for physicists
9. 5., Dr. Pierre Sens, Laboratoire de Physico-Chimie Théorique, Paris, Dynamical Studies of Lipid Membranes
18. 5., Prof. Christine Keating, Penn State University, Biomolecule microcompartmentation within Giant Vesicles
30. 5., Prof. Philippe Hünenberger, ETH Zürich, Stabilization of proteins and membranes by the disaccharide trehalose: insights from computer simulations
6. 6., Dr. Arne Seitz, EMBL Heidelberg, Kinesin movement on crowded microtubules
20. 6., Prof. Udo Seifert, Universität Stuttgart, Fluctuation theorem, Jarzynski relation, and non-equilibrium entropy: A coherent approach and (bio)molecular applications
11. 7., Dr. Haijoun Zhou, MPI-KG Theory, Emergence of dynamic long range frustration in spin glass systems
Kolloquium: Tuesday, 16. 8. 2005, 11am Prof. Jürgen P. Rabe, Department of Physics, Humboldt University Berlin, A workbench for single macromolecules
26. 8., Dr. Ilka Bischofs
29. 8., Dr. Thomas Pfohl, MPI for Dynamics and Self-Organization, Göttingen, Microfluidics of Soft Materials
7. 9., 2pm, Prof. Huey W. Huang, Rice University Houston, Texas, Actions of Membrane-active Peptides: Aggregation, Pore or Fusion
12. 9., Richard Neher, LMU München, Equilibrium and non-equilibrium physics of periodic DNA
19. 9., Dr. Petia Vlahovska, MPI-KG, Effect of surfactant on drop dynamics in viscous flows and rheology of emulsions
22. 9., 11am, Dr. Ana Smith, Universität Stuttgart, Force induced unbinding of specifically adhered vesicles
22. 9., 2pm, Dr. Vernita Gordon, University of Edinburgh, Multicomponent Lipid Membranes
13. 10., 1pm, Prof. Debashish Chowdhury, Dept. of Physics, Indian Inst. of Technology, Kanpur, Traffic-like stochastic processes in cells and colonies of organisms
17. 10., Heinrich Krobath, Institute for Biophysics, Unviversität Linz, The Immunological Synapse: modelling the influence of (un)binding processes on immunoreceptors' mobilities
28. 10., Dr. Peter Virnau, Department of Physics, Massachusetts Institute of Technology, Capturing knots in (bio-)polymers
7. 11., Dr. Volker Knecht, MPI-KG, Does electrophoretic mobility always reflect the charge on a particle?
14. 11., Dr. Doug Cleaver, Materials Research Institute, Sheffield University, Molecular simulations of self-assembling, structured materials
14. 11., 2pm, Dr. Mark Stevens, Sandia National Laboratories, Albuquerque, Simulations of Membrane Fusion and Domain Dynamics in Lipid Bilayers
18. 11. Prof. Gerhard Schütz, Universität Linz, Single Molecule Microscopy - digging into the Nanocosm of Life
22. 11., Dr. Kirsten Bacia, Institute of Biophysics, TU Dresden Dynamics of proteins and lipids in Giant Unilamellar Vesicles
28. 11., Aneta Koseska, Universität Potsdam, Noise, Quorum-sensing and population size controlled oscillations in relaxator genetic oscillators
5. 12., Joan J. Cerda, Uni Mallorca, Phase transformations in depletion-driven colloids, and spherical polymer brushes interactions
12. 12., Sandeep Pal, MPI-KG, DPD simulation of polymer brushes and its interactions with "nano" particles