Michael Brin Prize in Dynamical Systems

Michael Brin Prize in Dynamical Systems

Professor Michael Brin of the University of Maryland endowed an international prize for outstanding work in the theory of dynamical systems and related areas. The prize is given biennially for specific mathematical achievements that appear as a single publication or a series thereof in refereed journals, proceedings or monographs.

Books in Brief

Books in Brief

New books available for the Amazon Kindle and the Sony Reader

DSWeb presents outstanding SIADS Multimedia

DSWeb presents outstanding SIADS Multimedia

Starting in October, DSWeb Magazine will highlight outstanding multimedia from SIADS.

DSPDE's 10

DSPDE's 10

SIAM activity groups on Dynamical Systems co-sponsors a conference in Barcelona, Spain from May 31st to June 4th, 2010.

Dynamical Systems Meeting Roundup

Dynamical Systems Meeting Roundup

The biannual SIAM Conference on Applications of Dynamical Systems was held May 17 - 21, 2009 in Snowbird, Utah, outside of Salt Lake City. Chad Topaz summarizes the scientific trends in this year's conference and gives an outlook for the future.

Mathematics in Nature

Mathematics in Nature

Reviewer: Björn Sandstede, Brown University

Finding Appropriate Dynamics for the Social Sciences

Finding Appropriate Dynamics for the Social Sciences

The growing area of "mathematical social sciences" has provided valued insights for several disciplines, but a key aspect of this development desperately needs help from mathematicians who are skilled in dynamical systems. Namely, although "change" obviously is a central feature for all of the social sciences, it is not clear how it should be modeled. Indeed, in a real sense, this article is a call for help; it is an appeal for more people from the dynamical systems community to become involved. What makes the challenge attractive is that, once the appropriate dynamics are discovered, they most surely will involve features that differ from what we currently see in the literature. To introduce what causes some of the complexities of these areas, results and difficulties associated with price dynamics are described. As it will become clear, much less is known about how prices change than the reader might have expected.

The cat's cradle, stirring, and topological complexity

The cat's cradle, stirring, and topological complexity

There are several physical situations in which the tangling of a loop is relevant: the game of cat's cradle is a simple example, but a more important application involves the stirring of a fluid by rods. Here we discuss how elementary topology constrains the types of mappings that can occur on a surface, for example when the surface is the domain of a two-dimensional fluid.

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