| M1 |
Neurodynamics |
Theo Geisel (Göttingen) |
| |
M. Deliano:
Mesoscopic spatial activity patterns in sensory neocortex: from the physiology of perception to the
construction of cortex-machine-interfaces
|
| |
U. Ernst:
Contour integration -- from probabilistic models to non-linear neural dynamics
|
| |
N. Brunel:
Spatiotemporal dynamics of networks with spatially decaying connectivity
|
| |
|
| M2 |
Nonlinear quantum dynamics |
Fritz Haake (Essen) |
| |
H. G. L. Schwefel:
Focusing light with unstable manifolds
|
| |
J. Tworzydlo:
Ehrenfest time dependence of electrical conduction through a chaotic quantum dot.
|
| |
H.-J. Stöckmann:
Fidelity recovery in chaotic systems and the Debye-Waller factor
|
| |
S. Müller:
Semiclassical Foundation of Universality in Quantum Chaos
|
| |
|
| M3 |
Dynamics in cell biology |
Lev Tsimring (San Diego) |
| |
J. Stelling:
Modeling and identification of complex cellular networks: Cell cycle regulation
|
| |
R. Thul:
Intracellular Ca2+: A stochastic medium
|
| |
L.S. Tsimring:
Delay-Induced Stochastic Oscillations in Gene Regulation
|
| |
|
| M4 |
Patterns and control |
Stefania Residori (Nice) |
| |
H.-G. Purwins:
Universal Behaviour of Pattern Formation in Planar Gas-Discharge Systems
|
| |
U. Bortolozzo:
Control of Optical Localized Structures in a Liquid-Crystal-Light-Valve with Optical Feedback
|
| |
Ph. Jander:
Characterization and control of transverse patterns in nonlinear optics
|
| |
|
| M5 |
Noise-induced phenomena |
Alexander Neiman (Athens/Ohio) |
| |
I. Goychuk:
Stochastic resonance in non-Markovian systems
|
| |
J. Garcia-Ojalvo:
Signal processing in coupled stochastic systems
|
| |
N.B. Janson:
Control of noise-induced oscillations
|
| |
|
| M6 |
Complex growth phenomena |
Joachim Krug (Köln) |
| |
M. Plapp:
Pattern formation during solidification: Insights from phase-field modelling
|
| |
S. J. Watson:
The Morphometry and Coarsening Dynamics of Faceted Crystal Surfaces
|
| |
G. Henkelman:
Long time scale atomistic simulations of crystal growth
|
| |
|
| M7 |
Chaos control |
Stefano Boccaletti (Firenze) |
| |
K. Pyragas:
Analytical treatment of delayed feedback control method for weakly nonlinear dynamical systems
|
| |
H. Benner:
Probing global properties of time-delayed feedback control in electronic circuits
|
| |
S. Boccaletti:
Experimental targeting and control of spatiotemporal chaos in non linear optics
|
| |
|
| M8 |
Turbulence |
Rudolf Friedrich (Münster) |
| |
N. Mordant:
Statistics of the Lagrangian acceleration in a turbulent flow
|
| |
J. Peinke:
On different cascade-speeds for longitudinal and transverse structures of turbulence
|
| |
A. Tilgner:
Large scale structures in Rayleigh-B´enard convection at high Rayleigh numbers
|
| |
|
| M9 |
Stability of nonlinear waves |
Arnd Scheel (Minneapolis) |
| |
M. Kunze:
Exchange of stability in systems with marginally stable continuous spectrum
|
| |
R. Pego:
Asymptotic stability of solitary waves in models of water wave dynamics
|
| |
J.D.M. Rademacher:
The structure of essential and absolute spectra, and their computation by continuation
|
| |
|
| M10 |
Nonlinear optical systems |
Bernd Krauskopf (Bristol) |
| |
H.-J. Wünsche:
Semiconductor Lasers with Integrated Optical Delay: A Nonlinear Dynamics Laboratory
|
| |
I. Fischer:
Nonlinear Dynamics of Mutually Delay-Coupled Semiconductor Lasers
|
| |
D. Lenstra:
Coherent optical feedback with time delay in semiconductor lasers
|
| |
|
| M11 |
Nonlinear dynamics of nanosystems |
Heinz Georg Schuster (Kiel) |
| |
P. Gaspard:
Nonlinear Dynamics in Nanosystems
|
| |
R. Lifshitz:
Dynamics of Nonlinear Coupled Nanomechanical Resonators
|
| |
A.Voigt:
Nonlinear Dynamics in Crystal Growth
|
| |
|
| M12 |
Dynamical networks |
Shlomo Havlin (Ramat-Gan) |
| |
L.K. Gallos:
Stability and topology of scale-free networks under attack an defense strategies
|
| |
R. Cohen:
Anomalous distances and stability of complex networks
|
| |
H. Makse:
Self-similarity of complex networks
|
| |
|
| M13 |
Applications in technological processes |
Jens Starke (Heidelberg) |
| |
A. Kawamoto:
Generation of Articulated Mechanisms by Optimization Techniques
|
| |
G. Radons:
Pattern formation in advanced manufacturing processes: beam cutting techniques
|
| |
M. Mönnigmann:
Constructive Nonlinear Dynamics in Process Systems Engineering
|
| |
|
| M14 |
Granular media |
Martin van Hecke (Leiden) |
| |
L. E. Silbert:
Jamming: from grains to glasses and back again
|
| |
D. Bideau:
Slow compaction in granular media
|
| |
J. Kertesz:
Shear band formation in granular materials
|
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