Page Content
to Navigation
Seminar winter term 2014/15
Time: monday, 14:15h
Place : EW 731
Preliminary discussion takes place on monday, 20.10.2014
Distribution of topics and dates; Students are invited
Contact: Prof. Dr. Sabine Klapp
Content:
In the seminar new developments in the field of statistical phyics of complex fluids are introduced and current research in our work group is presented.
Students that require a seminar certificate and/or are interested in working on a bachelor or diploma thesis in our group are very welcome.
Our focus lies on:
- dynamics outside equilibrium
- formation of structure and phase transitions in external fields
- Fluid nanostructures
- Self-Assembly
- New concepts of theoretical modelling such as dynamical density functional theory and computer simulations
| Appointments | ||
|---|---|---|
| Date/Place/Time | Speaker | Topic |
| 20.10.2014 EW731, 14:15h | Preliminary discussion Distribution of topics and dates Students are invited | |
| 27.10.2014 | Nicola Kleppmann | Simulating collective behaviour and growth of complex molecules |
| 03.11.2014 | Robert Gernert | Kramers-Moyal-Coefficients for Feedback problems and stochastic thermodynamics |
| 10.11.2014 | Arzu Yener | Impact of asymmetry on self assembly of dipolar particles |
| 24.11.2014 | Thomas Heinemann | Treatment of electrostatics for symmetric disk-like molecules |
| 01.12.2014 | Rodrigo Lugo Frias | Binary mixtures of hard rodlike colloids |
| 08.12.2014 | Jelena Jordanovic | |
| 15.12.2014 | Florian Kogler | Acitve dipolar microswimmers |
| 05.01.2015 | Sascha Gerloff | Non-equilibriums dynamics of a binary mixture in confinement |
| 12.01.2015 | Christopher Wächtler | Transitions between non-equilibrium steady-states using active particles |
| 19.01.2015 | Alexander Kraft | Density Functional Theory and Dynamic Density Functional Theory - Introduction and Applications |
| 02.02.2015 | Stavros Peroukidis | Liquid crystallin and magnetic particle hybrids |
| 09.02.2015 | Konstantin Zak | Transport of hard discs in two dimensions in complex shaped channels |