Organized By: Alexei Borodin (MIT) Ivan Corwin (Columbia) Evita Nestoridi (Stony Brook) Much of probability theory is concerned with understanding phenomena and structure that emerges in large, complex systems driven by disorder. This understanding is often first established for special example systems that are analyzable due to hidden connections to algebra. This summer workshop will … Read more
Organized by: Alberto Abbondandolo (Bochum) Mohammed Abouzaid (Stanford) Vladimir Chernov (Dartmouth) Leonid Polterovich (Tel Aviv) Stefan Suhr (Bochum) The workshop will bring together experts in contact geometry, topology, and mathematical physics to focus on novel methods and phenomena in the geometry of the space of Legendrian submanifolds of contact manifolds, with an emphasis on causal … Read more
Organized by: Zhen Bi, Penn State University Fiona Burnell (University of Minnesota Twin Cities) Zhu-Xi Luo (Georgia Institute of Technology) Thomas Scaffidi (University of California) Advances in the ability to create and dynamically control quantum many-body systems have catalyzed new and theoretically profound questions about collective quantum phenomena in real-world conditions. For instance, while the … Read more
Organizers: ● Timothy Budd (Radboud University) ● Frank Ferrari (Université Libre de Bruxelles (ULB) and International Solvay Institutes) ● Scott Sheffield (MIT) ● Herman Verlinde (Princeton University) ● Yilin Wang (IHES / ETH Zürich) ● Zhenbin Yang (Tsinghua University) The study of low dimensional models for quantum gravity, in particular Liouville and JT gravity, is … Read more
Organized by: Marcus Khuri (Stony Brook University) Jaroslaw Kopinski (University of California at Davis) Ramiro Lafuente (University of Queensland) Marika Taylor (University of Birmingham) Andrew Waldron (University of California at Davis) The theory of General Relativity is founded upon on the mathematics of Einstein metrics and conformal geometries. This workshop will bring together mathematicians and … Read more
Organized by: Chris Kottke (New College of Florida, USA) Nuno M. Romão (IHES, France) Yan Soibelman (Kansas State University, USA) Magnetic monopoles are smooth configurations of fields in nonabelian gauge theories that behave as sources of magnetic flux from a distance. They were introduced by ’t Hooft and Polyakov in independent work published 50 years … Read more
Organized by: Micha Berkooz (Weizmann Institute) Barbara Dietz (Institute for Basic Science) Yiyang Jia (Weizmann Institute) Henry Lin (Princeton University Jacobus Verbaarschot (Stony Brook University) The Sachdev-Ye-Kitaev (SYK) model has proved to be a fertile ground for many areas of modern physics such as black holes, holography, condensed matter physics and many-body quantum chaos. In … Read more
Organized by: Peter van Nieuwenhuizen Dan Freedman Supergravity is intrinsically associated with Stony Brook. It may well be the most significant physics discovery in the entire history of the Yang Institute. Since 1976, many researchers have worked to generalize the basic theory we found and apply it to the physics of elementary particles and gravity. … Read more
Organized by: Michael Anderson (Stony Brook University) Dionysios Anninos (King’s College London) Damian Galante (King’s College London) Edgar Shaghoulian (UC Santa Cruz) Eva Silverstein (Stanford University) Asymptotic boundaries play a crucial role in the theory of general relativity. Foundational examples include the null boundary of asymptotically flat spacetimes and the conformal boundary of Anti-de Sitter … Read more
Organized by: Niayesh Afshordi, Emil Martinec and Samir D. Mathur 50 years ago Stephen Hawking published his famous paper arguing that the evaporation of black holes violated quantum unitarity. In the intervening decades, the puzzle, known as the black hole information paradox, has become an intense focus of interest. However, different parts of the community … Read more
