Applied Math Seminar
Fall Quarter 2002
3:15 p.m.
Sloan Mathematics Corner
Building 380, Room 380-C


Friday, Decmeber 6, 2002


Stefan Siegmund
UC Berkeley

Introduction to Nonautonomous Inertial Manifolds


Abstract:

Inertial manifolds are a modern tool in the qualitative theory of partial differential equations, they contain the global attractor and allow for a reduction to a finite-dimensional system. In this talk we give an introduction and present a geometric approach to inertial manifolds for nonautonomous dynamical systems. We present a new application to time-dependent evolution equations.

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