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Multiscale Geometry and Analysis in High DimensionsMGA Workshop V: Math Analysis and Multiscale Geometric AnalysisNovember 15 - 19, 2004Organizing Committee:
Emmanuel Candes
(California Institute of Technology)
Scientific BackgroundThis workshop will explore several developing areas of mathematical analysis where geometry and multiscale analysis intersect. On the one hand, we will explore recent progress in multiscale geometric representations of operators, such as wave and other hyperbolic operators, and also various multilinear operators such as those associated with 3-point correlation functions; emphasizing recent results that show sparse representations of such operators by curvelets (parabolic scaling-based decompositions). On the other hand, there has recently been a great deal of progress in the areas of Analytic Capacity and Kakeya sets. We will gather experts in these and related areas to discuss recent advances and open problems. SpeakersEmmanuel Candes (California Institute of Technology)Tony Carbery (University of Edinburgh) Michael Christ (University of California at Berkeley) Jim Colliander (University of Toronto) Ingrid Daubechies (Princeton University) Guy David (University of Paris Sud) John Garnett (UCLA) Steven Hofmann (University of Missouri) Stephane Jaffard (University of Paris) Peter Jones (Yale University) Nets Katz (Indiana University) Michael Lacey (Georgia Institute of Technology) Mauro Maggioni (Yale University) Pertti Mattila (University of Helsinki) Camil Muscalu (Cornell University) Assaf Naor (Microsoft Research) Herve Pajot (Université de Grenoble) Raanan Schul (Yale University) Hart Smith (University of Washington) Jean-Luc Starck (CEA Saclay, France) Terence Tao (UCLA) Christoph Thiele (UCLA) Tatiana Toro (University of Washington) Alexander Volberg (CCR-Jussieu France) Contact Us:Institute for Pure and Applied Mathematics (IPAM) |
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