Local Theta Correspondence via C*-Algebras of Groups
Explore local theta correspondence through C*-algebras of groups, delving into advanced mathematical concepts in noncommutative geometry.
Non Abelian Hodge Theory in Positive Characteristic
Explore non-abelian Hodge theory in positive characteristic with Siqing Zhang, delving into advanced mathematical concepts and their applications.
Hecke Algebras for p-adic Groups and the Explicit Local Langlands Correspondence
Explore Hecke algebras for p-adic groups and the explicit Local Langlands Correspondence in this advanced mathematics lecture by Yujie Xu at CIRM's thematic meeting.
Equivariant Elliptic Cohomology
Explore equivariant elliptic cohomology, from motivations to applications in representation theory and global homotopy. Gain insights into elliptic curves, K-theory, and infinity rings.
A Survey of Mackey and Green 2-Functors
Explore Mackey and Green 2-functors in mathematics through an expert survey, gaining insights into chromatic homotopy and K-theory concepts.
Bowditch Representations and Dynamics on Character Varieties
Explore Bowditch Representations and dynamics on character varieties in this graduate-level mathematics pre-talk, delving into advanced concepts in topology and geometry.
Equivariant Derived Category of a Reductive Group as a Categorical Center
Explore equivariant derived categories of reductive groups and their role as categorical centers in representation theory.
Various Incarnations of the Affine Hecke Category
Explorez les différentes incarnations de la catégorie de Hecke affine dans le cadre de la théorie des représentations quantiques.
Quantum Category O vs Affine Hecke Category - Lecture 1
Explore quantum category O and affine Hecke category in representation theory with Yale University's I. Losev at the Quantum Topobology Biennial.
From Representation Theory to Topology: There and Back Again
Explorez les liens fascinants entre la théorie des représentations et la topologie quantique dans cette conférence approfondie.
Aha and Eha in Quantum Topology Representation Theory
Explore representation theory in quantum topology with A. Negut from MIT, delving into Aha and Eha concepts during this insightful lecture.
Soergel Bimodules, Matrix Factorizations and Hilbert Schemes
Explore Soergel bimodules, matrix factorizations, and Hilbert schemes in quantum topology, focusing on representation theory applications.
Representation Theory for Categorical Symmetries in Quantum Field Theory
Explore representation theory for categorical symmetries in quantum field theory, focusing on advanced mathematical concepts and their applications.
Representation Theory for Categorical Symmetries in Quantum Field Theory
Explore categorical symmetries in quantum field theory, focusing on representation theory and its applications in advanced physics concepts.
Clone Symmetric Function Theory
Explore clone symmetric function theory, delving into advanced mathematical concepts and their applications in algebraic combinatorics and representation theory.
Free Wreath Products as Fundamental Graph C*-algebras
Explore free wreath products of compact quantum groups, their operator algebras, and properties through graph C*-algebra constructions.
Positivity, Representations, and Non-Commutative Hyperbolic Geometry
Explore total positivity in matrices, its generalization to split real Lie groups, and a new notion of positivity in flag varieties with applications to higher Teichmüller spaces.
Inequalities Defining Polyhedral Realizations of Affine Types and Extended Young Diagrams
Explore crystal bases in Lie algebra representation theory, focusing on polyhedral realizations and explicit inequalities for classical affine types using extended Young diagrams.
The Miracle of Integer Eigenvalues in Finite Poset Matrices
Explore the fascinating connection between finite posets and integer eigenvalues in matrix theory, with implications for symmetric group representations.
Integrality of the Betti Moduli Space
Explore the integrality of Betti moduli spaces for smooth projective varieties, examining representations of fundamental groups and their implications for algebraic geometry.
Motives and Super-Representation Theory: Principles and Case Studies
Découvrez les principes et études de cas des motifs et de la (super-)théorie des représentations, explorant la théorie de Galois motivique abstraite.