
Explore finite irreducible modules over conformal superalgebras K4 and CK6. Gain insights into advanced algebraic concepts and their applications in mathematical research.

Dive into Langlands' theory of reductive groups and their representations in number theory, exploring local and global fields and their connections to arithmetic and geometry.

Explore symmetry group representation theory and combinatorics, focusing on cycle notation, permutations, and linearization techniques for advanced mathematical analysis.

Explore the affine Hecke category's structure as a monoidal colimit, delving into geometric and modular representation theory with expert James Tao from MIT.

Explore p-adic group representations, supercuspidal representations, and their applications in number theory with Jessica Fintzen's in-depth seminar on advanced mathematical concepts.

Delve into advanced mathematical concepts exploring parabolic induction functors, focusing on left adjoint properties and their behavior with algebraic weights in p-adic field extensions.

Delve into advanced algebraic group theory, exploring Harish-Chandra bimodules, equivariant coherent sheaves, and their connections to representation theory in positive characteristic mathematics.

Explore Landau-Ginzburg potentials' connection to cluster varieties and projective representations, unraveling their role in algebraic groups and representation theory.

Explore noncommutative geometry and quantum flag manifolds in this advanced mathematics lecture, delving into complex algebraic structures and their applications.

Explore a teoria de representações com foco em reticulados, álgebras e moonshine nesta palestra especial ministrada por Jethro Van Ekeren.

Explore the representation principle for symmetry enriched topological orders, covering defects, boundaries, symmetry charges, and generalized gauging in physical systems.

Explorez la catégorification des groupes quantiques aux racines de l'unité, en examinant les algèbres p-DG et les représentations catégoriques pour sl(2).

Traduisez les idées principales de la théorie des paragroupes d'Ocneanu en langage catégorique tensoriel. Explorez les liens entre catégories de fusion et sous-facteurs.

Explore quantum analogues of differential operators on symmetric spaces, examining Capelli operators and their connection to Macdonald polynomials in representation theory.

Explorez les sheaves quasi-universels et les modules génériques dans le contexte de la théorie des représentations et de l'algèbre non commutative. Approfondissez les applications aux algèbres de dimension finie.

Explore R-matrices for quantum loop algebras' category O, examining a functor relating Uq(g) and Uh(g) categories, and analyzing resulting R-matrices' properties and factorization.

Explore Heisenberg group representations on surface configurations, examining homologies, Mapping Class Group actions, and quantum connections in mathematical research.

Explore semisimple braided tensor categories, their structure, and classification. Delve into centralizers, non-degeneracy, equivariantizations, and the core of braided fusion categories.

Explora las álgebras de vértices y sus representaciones, adentrándote en conceptos fundamentales y aplicaciones avanzadas en matemáticas teóricas.

Explora las álgebras de configuración de Brauer, su origen y aplicaciones en criptografía, ecuaciones de Yang-Baxter, teoría de grafos y optimización combinatoria.

Explora las álgebras de vértices, sus representaciones y conexiones con la física matemática. Aborda resultados recientes, problemas abiertos y reformulaciones en álgebras de Lie.