Schedule

Schedule for the conference 62. Seminar Sophus Lie

Talks: Lecture hall H12.

Coffee breaks: Exercise room 2 (on the same floor as H12)

Tuesday, October 6th

11:00-12:00Registration (at the desk before lecture hall H12)
12:00-13:00Lunch break
13:00-13:50Gestur Ólafsson (Louisiana State Univ.):
Euler elements, causal symmetric spaces and Algebraic Quantum Field Theory
14:10-15:00Yusen Long (Univ. Paris-Est Créteil):
An explicit exotic hyperbolic representations via 2-dimensional convex bodies
Coffee break
15:30-16:20Istvan Heckenberger (Univ. Marburg):
Current trends in Nichols algebras
16:40-17:10Arim Song (FAU):
Ito’s conjecture and supersymmetry

Wednesday, October 7th

9:00-9:50Robert McRae (Tsinghua Univ.):
Semisimplicity of a Kazhdan-Lusztig category of affine Lie algebras at positive rational shifted levels
Coffee break
10:30-11:20Lorenz Schwachhöfer:
Beyond Lie Algebras: A Coadjoint Orbit Construction for Jordan (Super)structures
11:40-12:10Jérémie Pierard de Maujouy (Univ. de Tours):
A symmetric cone that parametrises Gibbs distributions on coadjoint orbits
Lunch break
14:00-14:50Madeleine Jotz (Univ. Würzburg):
Deformation theory of ideals in Lie algebras
15:00-15:30Michael Heins (Delft Univ.): Convergent Twist Deformations
Coffee break
16:10-17:00Anna Lachowska (EPFL Lausanne):
The small and the unrolled quantum group
17:10-17:40László Fehér (Univ. Szeged):
Spherical singularities in compactified Ruijsenaars– Schneider systems
18:30Conference dinner at Ristorante de Cesare (Goldener Hecht)
Glockenstr. 8, 91058 Erlangen

Thursday, October 8th

9:00-9:50Erik van den Ban (Utrecht Univ.):
Maass-Selberg relations for Whittaker integrals
10:00-10:30Tobias Simon (Paderborn Univ.):
Regular singularities of the matrix-spherical hypergeometric system of differential equations
Coffee break
11:10-11:40Jonas Schober (Brigham Young University):
Hardy Spaces and Hankel Operators: A Group Theoretic Perspective
11:50-12:40Bas Janssens (Delft Univ.):
Universal central extension of the Lie algebra of exact divergence-free vector fields