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Algebraic Geometry - Joshua Kiers

Joshua Kiers
September 1, 2020
3:00PM - 4:00PM
Zoom (email the organizers for a link)

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Add to Calendar 2020-09-01 15:00:00 2020-09-01 16:00:00 Algebraic Geometry - Joshua Kiers Title: Geometric Satake, dense orbits, and transfers of invariants Speaker: Joshua Kiers - OSU Abstract: We begin by recalling some highlights from the Geometric Satake correspondence, connecting the geometry of the affine Grassmannian for a complex connected semisimple group to the representation theory of the Langlands dual group. Next, we describe three elementary applications, each of which is a new proof of a well-known result in representation theory: the Clebsch-Gordon rule, the PRV conjecture, and Wahl's conjecture. Inspired by these examples, we ask two hopeful questions: one on the existence of dense orbits in cyclic convolution varieties, and the other on a representation-theoretic relationship between two groups whose Langlands duals are embedded one inside the other.  Seminar Link: https://research.math.osu.edu/agseminar/ Zoom (email the organizers for a link) Department of Mathematics math@osu.edu America/New_York public

Title: Geometric Satake, dense orbits, and transfers of invariants

Speaker: Joshua Kiers - OSU

Abstract: We begin by recalling some highlights from the Geometric Satake correspondence, connecting the geometry of the affine Grassmannian for a complex connected semisimple group to the representation theory of the Langlands dual group. Next, we describe three elementary applications, each of which is a new proof of a well-known result in representation theory: the Clebsch-Gordon rule, the PRV conjecture, and Wahl's conjecture. Inspired by these examples, we ask two hopeful questions: one on the existence of dense orbits in cyclic convolution varieties, and the other on a representation-theoretic relationship between two groups whose Langlands duals are embedded one inside the other. 

Seminar Link: https://research.math.osu.edu/agseminar/

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