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The following table lists teaching modules for the initial training period of the IGRTG. These courses will give a brief and broad introduction into the scientific program of the IGRTG. An additional objective is to introduce all the project leaders to the entire group of PhD students. In general the courses will be taught at TUB. However, some courses will be taught at the MPIKG in Golm and at the Humboldt Universität in Berlin-Adlershof so that the PhD students will become acquainted with all the participating German academic institutions. At the beginning of the introductory courses the chairman will give an introduction explaining the broader scientific concept of the IGRTG and its rules and regulations. Immediately following are five minute presentations in which each PhD student introduces him-/herself to the entire group.
| Date | Speakers I | Speakers II | Break | Speakers II | Venue |
|---|---|---|---|---|---|
| Mon. 12.10.09 | Schoen Introduction (30 min) | PhD students and Postdocs (5 min each) | Break | Schoen lassical thermodynamics (90 min) | TUB |
| Tue. 13.10.09 | Klapp Statistical thermodynamics (90 min) | Findenegg Properties of solid surfaces and fluid interfaces (90 min) | Break | von Klitzing Characterization of multilayer and polymer films at solid surfaces (90 min) | TUB |
| Wed. 14.10.09 | Klapp Statistical thermodynamics (90 min) | Findenegg Surfactant self-assembly at interfaces (90 min) | Break | Schoen Monte Carlo simulations (90 min) | MPI-KG |
| Thu. 15.10.09 | Lipowsky Phase transitions (90 min) | Lipowsky Phase transitions (90 min) | Break | Riegler Wetting, spreading and nucleation at surfaces (90 min) | MPI-KG |
| Mon. 19.10.09 | Knecht Molecular dynamics (90 min) | Dimova Biomembranes: Experimental studies (90 min) | Break | Weikl Membranes (90 min) | TUB |
| Tue. 20.10.09 | Hildebrandt Spectroscopic characterization (90 min) | Stark Brownian dynamics (90 min) | Break | von Klitzing Colloidal probe AFM (90 min) | HUB |
| Wed. 21.10.09 | Rabe Surface characterization by scanning probe microscopies (90 min) | Gradzielski Characterization of colloidal suspensions (90 min) | | |