Graduate School in Nonlinear Science
Sponsored by the Danish Research Academy
MIDIT OFD CATS
Modelling, Nonlinear Dynamics Optics and Fluid Dynamics Chaos and Turbulence Studies
and Irreversible Thermodynamics Risø National Laboratory Niels Bohr Institute
Technical University of Denmark Building 128 Department of Chemistry
Building 321 P.O. Box 49 University of Copenhagen
DK-2800 Lyngby DK-4000 Roskilde DK-2100 Copenhagen Ø
Denmark Denmark Denmark
Workshop on
Chaotic Synchronization and Two-Dimensional Maps
Lyngby, Denmark, May 18-21, 1998
WORKSHOP PROGRAM
As part of its spring 1998 program the Graduate School in Nonlinear
Science offers a five day workshop with a range of different topics related
to chaotic synchronization and two-dimensional maps. Each day will comprise
3-4 lectures presented by distinguished experts combined with an afternoon
session that will allow the participants to establish mutual collaborations
and to work with the lecturers on various topics.
Topics
The lectures, which will be given at a level appropriate for Ph.D. students
with special interest in dynamical systems theory and applications of
nonlinear dynamics, will cover such topics as
- Chaotic synchronization
- Coupled map systems
- Smooth and piecewise linear noninvertible maps
- Transverse stability
- Local and global riddling, attractor bubbling
- Riddling and blowout bifurcations
- On-off Intermittency
- Critical curves, absorbing areas
- Chaos-chaos intermittency
- Rare points, contact bifurcations
- Newhouse regions
Lecturers
Among the invited lecturers are
Christian Mira, Toulouse, France
Laura Gardini, Parma and Urbino, Italy
Yuri Maistrenko, Kiev, Ukraine
Tomasz Kapitaniak, Lodz, Poland
Arkady Pikovskii, Potsdam, Germany
Peter Grassberger, Jülich, Germany
Organizing Committee
Erik Mosekilde
Dept. of Physics, Technical University of Denmark
Carsten Knudsen
Dept. of Applied Mathematics, University of Leeds
Correspondence to
Ellen Buchhave
Center for Chaos and Turbulence Studies
Dept. of Physics, Technical University of Denmark
2800 Lyngby, Denmark
Fax: +45 45 93 16 60
E-mail: ellen @chaos.fys.dtu.dk
Format
The workshop is designed to provide a qualifying training in some of the
topics which presently are in the forefront both in the more mathematically
oriented research in dynamical systems theory and in the more applied fields
of monitoring of dynamical systems and secure communication. Particular
emphasis will be given to the development of collaborative networks among
the participants and among participants and teachers. Computers will be made
available for the participants to work on outside the lecturing hours. Space
will be provided for different types of working and studying activities, and
afternoon sessions will be organized in which the participants can present
their own work and discuss it with the lecturers.
Registration
Registration is free. However, the participants are expected to cover their
own living expenses. Accommodations will be made available for foreign
participants in nearby housing facilities at a price of 80 Dkr/day for
double room occupancy. A few single rooms will be available at a price of
100 Dkr/day. Hotel accomodations may be arranged at a price of appr. 350
Dkr/day provided that early reservation is made.
Grants
A number of grants are available for foreign Ph.D. students. These grants
will cover the traveling expenses and may in certain cases also contribute
towards the living expenses. Applications including a short CV with a list
of publications should be sent to the above address no later than April 20,
1998. Applicants will be notified immediately after this deadline if their
application has been granted.
A few grants will also be available for foreign Ph.D. students who wants to
study at the Danish Ph. D. School in Nonlinear Science for a period of a
month or two after the workshop.
Deadlines
Applications for grants: April 20, 1998
Final registration: May 5, 1998
Please observe that participation will be limited to 25 students.
Social program
It is unlikely that the social program will include downhill skiing.