Organized by: Theodore D. Drivas (Stony Brook University), Daniel Ginsberg (CUNY, Brooklyn College), Sameer Iyer (UC Davis) There will be lecture series on (a) Rigorous results in Incompressible turbulence (Drivas), (b) Geometric analysis of wave equations and shock fronts (Ginsberg) and (c) Hydrodynamic Stability and Boundary Layers (Iyer).
Organized by: John Anderson (Stony Brook) Mihalis Dafermos (Princeton) Theodore Drivas (Stony Brook) Jonathan Luk (Stanford) Recent years have seen many exciting advances in the study of PDEs. Experience has shown that ideas developed in the context of certain PDEs can often be adapted to say something interesting about other equations as well. Even when … Read more
Organized by: Sera Cremonini ( Lehigh University) Robin Karlsson (CERN) Pavel Kovtun (University of Victoria) Hong Liu (MIT) Andrei Parnachev (Trinity College Dublin) There have been exciting recent advancements in various aspects of holography, black hole physics, and thermal quantum matter. This progress underscores the need for a platform where researchers from these fields can … Read more
Organized by: Sera Cremonini ( Lehigh University) Robin Karlsson (CERN) Pavel Kovtun (University of Victoria) Hong Liu (MIT) Andrei Parnachev (Trinity College Dublin) There have been exciting recent advancements in various aspects of holography, black hole physics, and thermal quantum matter. This progress underscores the need for a platform where researchers from these fields can … Read more
Organized by: David Auckly (Kansas State) Aliakbar Daemi (Washington Univ-St Louis) Olga Plamenevskaya (Stony Brook University) Daniel Ruberman (Brandeis) Nikolai Saveliev (University of Miami) In the 1980s, Donaldson introduced methods of Yang–Mills gauge theory in topology, with remarkable applications. By the 1990s, research largely shifted away from Donaldson theory to Seiberg–Witten theory, and, a few … Read more
Organized by: Elena Giorgi (Columbia University) Alexandru Ionescu (Princeton University) Avy Soffer (Rutgers University) Maxime Van de Moortel (Rutgers University) This workshop will bring together leaders in the fields of Hyperbolic & Dispersive PDEs and General Relativity. The latter group comprises influential figures from both Mathematics and Physics communities. Our overarching objective is two-fold: to … Read more
Organized by: Evita Nestoridi ( Stony Brook University) Dominik Schmid ( Bonn University) Markov chains serve as indispensable tools for generating random structures, such as graph colorings, vector space bases, and polygon triangulations. Mixing times capture the temporal evolution towards equilibrium. Of particular interest is the abrupt transition from unmixed to mixed – the cutoff … Read more
Organized by: Qile Chen (Boston College) Felix Janda (University of Illinois Urbana-Champaign) Sheldon Katz (University of Illinois Urbana-Champaign) Melissa Liu (Columbia University) John Pardon (SCGP) Rachel Webb (Cornell University) Modern curve-counting theories were in part inspired by the work of physicists yet have active lives of their own as interesting and rich mathematical notions with … Read more
Organized by: Tomoyuki Arakawa (Kyoto University) Christopher Beem (University of Oxford) Antoine Bourget (IPhT Saclay), Thomas Creutzig (University of Alberta) Julius Grimminger (University of Oxford) Daniel Juteau (LAMFA, Université de Picardie) Paul Levy (Lancaster University) Leonardo Rastelli (Stony Brook University) Brandon Rayhaun (Stony Brook University) Alex Weekes (University of Saskatchewan) Supersymmetric quantum field theories (SQFTs) … Read more
Organized by: Tomoyuki Arakawa (Kyoto University) Christopher Beem (University of Oxford) Thomas Creutzig (University of Albert) Leonardo Rastelli (Stony Brook University) Brandon Rayhaun (Stony Brook University) Supersymmetric quantum field theories (SQFTs) have been intensely researched by both physicists and mathematicians for decades. For physicists, they furnish computationally and conceptually tractable models from which one may … Read more
