Tag Archives | 2023

Organized by: Bradley Dirks, Stony Brook University Christian Schnell, Stony Brook University This is a two-week winter school for graduate students and postdocs, on the topic of new applications of mixed Hodge modules. Morihiko Saito’s theory of mixed Hodge modules gives a wide-ranging generalization of the theory of variations of Hodge structures. It has found […]

Organizing by: Tom Bridgeland (University of Sheffield, UK) Samuel Grushevsky (Stony Brook University, USA) Andrew Neitzke (Yale University, USA) Martin Moeller (Universitaet Frankfurt, Germany) This workshop in Mathematics inspired by a circle of ideas originating in quantum field theory and string theory, particularly the study of the quantum field theories “of class S”. These field […]

Organized by: Simon Catterall (Syracuse) Juven Wang (CMSA, Harvard) Yi-Zhuang You (UCSD) David Tong (DAMTP, Cambridge) The most common mechanism for generating fermion masses arises when scalar fields acquire vacuum expectation values in theories with Yukawa interactions. Such a mechanism is necessarily associated with the spontaneous breaking of symmetries. However, recent work in both the […]

Organized by: Daniel Halpern-Leistner (Cornell) Melissa Liu (Columbia) Mark McLean (Stony Brook) Tony Pantev (UPenn) Daniel Pomerleano (UMass Boston) This Workshop is focused on quantum invariants in birational geometry. The main themes under consideration will be the behavior of quantum cohomology and the Fukaya category under birational transformations. The workshop will also examine Katzarkov-Kontsevich-Pantev-Yu’s recent […]

Organized By: Ivan Corwin, Columbia University Evita Nestoridi, Stony Brook University Dominik Schmid, University of Bonn The asymmetric simple exclusion process (ASEP) is a central model in research on integrable probability and interacting particle systems. It is one of the most prominent examples of a stochastic interface growth model, which gives under a suitable weakly […]

Organizing by: Alexander Abanov (Stony Brook University) Boris Altshuler (Columbia University) Natan Andrei (Rutgers University) Hrachya Babujian (Alikhanian National Lab, Yerevan Physics Institute) Lea Santos (University of Connecticut) Tigran Sedrakyan (University of Massachusetts) Emil Yuzbashyan (Rutgers University) The field of far from equilibrium many-body quantum systems is on the verge of a breakthrough both theoretically […]

Organized by: Benjamin Basso (Ecole Normale Superieure) Lance Dixon (SLAC/Stanford U.) Jaroslav Trnka (UC Davis) Anastasia Volovich (Brown) Scattering Amplitudes in N=4 Super-Yang-Mills theory have a rich mathematical structure, involving Grassmannians and polytopes, the amplituhedron, tropicalization, cluster algebras, Hopf algebras, motivic zeta values, multiple polylogarithms and Galois theory, elliptic polylogarithms and Calabi-Yau geometries, and Y […]