9/12/06—Note:  Dynamics Days 2007 in BOSTON

http://www.bu.edu/provost/ddays_07/

 

 

International Conference on

Chaos and Nonlinear Dynamics

Dynamics Days 2006

 

 

 

 

 

Hosted by the Chaos Group at the University of Maryland


The meeting will be held at the Hyatt Regency in  Bethesda, Maryland

Wed, January 4th (morning) -  Sat, January 7th, 2006 (noon)

 

Dynamics Days is an annual conference on topics in nonlinear dynamics.  Sessions will cover a broad range of topics, including pattern forming systems, characterization and control of nonlinear systems, synchronization of nonlinear systems, and complex biological systems. 

 

SCHEDULE  - Updated Dec 21

 

 

Invited Talks

Andrea  Bertozzi, UC Los Angeles              David Campbell, Boston University           

Jean Carlson, UC Santa Barbara                    Daniel Gauthier, Duke University

Walter Goldburg, Univ. of Pittsburgh         Hans Herrmann, Univ of Stuttgart

Alain Karma, Northeastern University        Ehud Meron, Ben Gurion University

Tom Mistelli, National Cancer Inst., NIH    Jen Schwarz, Syracuse University

Jeff Smith, NINDS, NIH                              Steve Strogatz, Cornell University

Julie Theriot, Stanford University            Chao Tang, UC San Francisco

Wendy Zhang, University of Chicago

 

Unfortunately, Prof deGennes will not be able to attend Dynamics Days 2006

 

Webpage:  www.chaos.umd.edu/DDays2006/

For more information email:  ddays2006@umd.edu

 

Organizing Committee:  Wolfgang Losert (Univ. of Maryland), Michael Dennin (UC Irvine),                   Josh Socolar (Duke), Doug Durian (Univ. of Pennsylvania), Ed Ott (Univ. of Maryland)

 

Supported by :  Institute for Physical Sciences and Technology, University of Maryland College Park

                                                    Institute for Research in Electronics and Applied Physics, University of Maryland College Park

Department of Electrical and Computer Engineering, University of Maryland College Park

Department of Mathematics, University of Maryland College Park

Department of Physics, University of Maryland College Park 

Supported by ONR, ARO and NSF

 

last updated 12/22/2005 by Wolfgang Losert wlosert@umd.edu