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Large Networks and their Limits - 2022 Spring (Feb-June)

Miklós Abért, László Lovász, Gábor Pete, Balázs Szegedy
The semester focuses on discrete structures and their limits. This is an active area of research that connects discrete mathematics with ergodic theory, stochastic processes, spectral theory, measured group theory and various branches of analysis and topology.

Discrete Geometry and Convexity - 2023 Fall (Sept-Dec)

Imre Bárány, Márton Naszódi, János Pach, Gábor Tardos, Géza Tóth
Combinatorial Geometry and Graph Drawing - School+Workshop Convex and Stochastic Geometry - School+Workshop

Optimal Transport on Quantum Structures - 2022 Fall (Sept-Dec)

Jan Maas, Simone Rademacher, Tamás Titkos, Dániel Virosztek
Quantum optimal transport is a flourishing research field these days with several different approaches and interpretations ranging from semi-classical to free probabilistic, and from static to dynamic, respectively.

Automorphic forms - 2022 Fall (Sept-Dec)

Endre Szemerédi, Gergely Harcos, Özlem Imamoḡlu, Péter Maga, Árpád Tóth, Gergely Zábrádi
The theory of automorphic forms is a dynamically expanding part of number theory with an increasing number of connections and applications to other branches of mathematics as well as physics. Research is driven by long standing conjectures and unexpected breakthroughs.

Singularities and Low Dimensional Topology - 2023 Spring (Jan-June)

Octave Curmi, Javier Fernández de Bobadilla, Marco Marengon, András Némethi, András Stipsicz, Zoltán Szabó, Vera Vértesi
The semester will focus on recent developements in the theory of surface singularities, and the connection of this discipline with low dimensional topology, and in particular, to Heegaard Floer homology.
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