For each poster presentation one poster wall will be available
with the following size:
1 | V. Beato |
Pulse propagation in active media subjected to noise | |
2 | C. Beta |
Controlling turbulence in a surface chemical reaction by time-delay autosynchronization | |
3 | U. Börner / K. John |
,Modeling biological pattern formation | |
4 | J. Burguete |
Localized domains and other one dimensional structures in a convective experiment | |
5 | V. Casagrande |
Waves and turbulence in a system of nonlocally coupled chemical oscillators | |
6 | J. Davidsen |
Defect-mediated turbulence in systems with local deterministic chaos | |
7 | J. Davidsen |
Scroll wave dynamics in spherical shells with inhomogeneous excitability | |
8 | B. Echebarria |
Dynamics of scroll waves in an excitable medium with varying excitability | |
9 | D. Merkt |
Pattern formation in evaporating liquids | |
10 | H. K. Park |
Spiral instability from resonant forcing | |
11 | A. Pototsky |
Control of the structuring of thin soft matter films by means of an external disturbance | |
12 | M. A. Pineda Rodriguez |
Synchronization and patterns formation in coupled maps lattices with local and global interactions | |
13 | O. Rudzick |
Complex dynamics of wave trains in forced oscillatory media | |
14 | A. Ryskin |
Thermodiffusion effects in convection of ferrofluids - | |
The case of finite magnetic field | |
15 | A. Sharon |
Mathematical model for the morphologies in the Yuse-Sano andulating crack experiment | |
16 | P. Shipman |
Phyllotactic plant patterns | |
17 | K. Tucci |
Pattern formation on fractal growth networks | |
18 | H. Wang |
The antispiral and its transition in the complex Ginzburg-Landau equation | |
19 | S. Woodford |
Parametrically driven domain walls, their interactions and bound states | |
20 | A. Yochelis |
Resonant standing-wave patterns in forced oscillations: Mechanisms and forms | |
21 | V. Zykov |
Universalities in the dynamics of spiral waves under global feedback | |
22 | U. Thiele |
Dewetting of thin films on heterogeneous substrates: Pinning vs. coarsening | |
23 | U. Thiele |
Front and back instability of a liquid rim on a slightly inclined plate |