Quantum Groups and Cohomology Theory of Quiver and Flag Varieties / Groupes quantiques et théories cohomologiques des variétés de drapeaux et variétés carquois

Collection Quantum Groups and Cohomology Theory of Quiver and Flag Varieties / Groupes quantiques et théories cohomologiques des variétés de drapeaux et variétés carquois

Organizer(s) Leclerc, Bernard ; Mihalcea, Leonardo ; Perrin, Nicolas ; Varagnolo, Michela
Date(s) 14/12/2020 - 18/12/2020
linked URL https://conferences.cirm-math.fr/2221.html

All the collection videos (3)

52:57

published on January 11, 2021

Shifted quantum affine algebras, monoidal categorication and Langlands duality

By David Hernandez

01:02:53

published on January 11, 2021

Hamiltonian reduction for affine Grassmannian slices

By Joel Kamnitzer

55:44

published on January 11, 2021

Curve neighbourhoods for odd symplectic Grassmannians

By Clélia Pech

Mathematics
and Interactions

Arithmetic Geometry – A Conference in Honor of Hélène Esnault on the Occasion of Her 70th Birthday

Not Only Scalar Curvature Seminar

Clément Delcamp : Topological Symmetry and Duality in Quantum Lattice Models

Lean for the curious mathematician / Lean pour mathématiciens

Collection Quantum Groups and Cohomology Theory of Quiver and Flag Varieties / Groupes quantiques et théories cohomologiques des variétés de drapeaux et variétés carquois

Shifted quantum affine algebras, monoidal categorication and Langlands duality

Hamiltonian reduction for affine Grassmannian slices

Curve neighbourhoods for odd symplectic Grassmannians

Vanishing Theorems for the Irregular Hodge Filtration

Motives and (super-)representation theory: principles and case studies

Characteristic Cycle and Pushforward

The Non-Abelian p-Curvature Conjecture

Finiteness Questions for Étale Coverings with Bounded Wild Ramification at the Boundary

Complex analysis in Lean

Stone duality and its formalization

Finite Type Properties of (Tame) Fundamental Groups

Coq/Rocq tutorial: Ssreflect tactics and the MathComp library

Working with Mathlib