| I1 |
Peter Tass (Jülich):
Development of novel brain stimulation techniques with methods from nonlinear physics
|
| I2 |
John L. Hudson (Charlottesville/Virginia):
Sudden Onset of Corrosion as a Cooperative Critical Phenomenon
|
| I3 |
Peter Ashwin (Exeter):
Some Milnor attractors for dynamical systems with symmetries
|
| I4 |
Karin Dahmen (Urbana Champaign):
Crackling noise: from magnets to earthquakes
|
| I5 |
Wolfram Just (London):
Time-delayed feedback control of chaos: towards a global perspective
|
| I6 |
Daniel J. Gauthier (Durham/North Carolina):
Using dissipative spatial structures to achieve ultra-low-light-level optical switching
|
| I7 |
Takao Ohta (Kyoto):
Dynamics of Traveling Patterns under Spatio-Temporal Forcing
|
| I8 |
Josef Käs (Leipzig):
Feeling and Influencing Active Intracellular Polymer Networks with Light -
From a Biological Cell's Polymer Physics to Early Cancer Diagnosis and Nerve Regeneration
|
| I9 |
Mark Fromhold (Nottingham):
Quantum chaos in semiconductor superlattices
|
| I10 |
Robert P. Behringer (Durham/North Carolina):
Fluctuations, correlations and transitions in granular materials
|
