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Projects
| # | Project leader | Title | PhD student |
|---|---|---|---|
| A1 | Schoen | Self-assembly of switchable liquid crystal phases at patterned substrates | S. Schlotthauer |
| A2/A7 | v. Klitzing | Ordering of nanoparticles at surfaces patterned with polymer brushes | S. Christau/ Dikran Kesal |
| A3 | Stark | Nucleation and phase ordering of switchable molecules at surfaces | R. Tavarone |
| A4 | Riegler | Nucleation and self-organized growth of nano-aggregates at interfaces | R. Perez-Garcia |
| A2.2 | v. Klitzing | Patterning of thin films on laterally structured surfaces | Z. Yenice |
| A5 | Stark | Manipulating light-switchable molecules at surfaces | J. Grawitter |
| A6 | Riegler | Nucleation and growth at nano-structured interfaces | N.N. |
| A8 | Schoen | Density functional theory of anisometric fluids in anisotropic external fields | S. Wandrei |
| # | Project leader | Title | PhD student |
|---|---|---|---|
| B2 | Gradzielski | Effect of polymer modification on nanoparticle – membrane interactions | M. Sokolowski |
| B3 | Grafmüller | Modeling size dependent polysaccharide nanoparticle self-assembly | L. Tsereteli |
| B4 | Ballauff | Protein assembly on polymeric nanoparticles | M. Oberle |
| B5 | Weikl | Simulations of nanoparticles and biomembrane | F. Bonazzi |
| B6 | Findenegg | Protein assembly at silica nanoparticles and in nanopores | J. Meißner |
| B8 | Ballauff | Interaction of proteins with polyelectrolytes | J. Walkowiak |
| B9 | Grafmüller | Modelling natural polysaccharides | A. Singhal |