On the denominators of the special values of the partial zeta functions of real quadratic fields
ZoomHohto Bekki (MPIM Bonn)
A gentle introduction to non-abelian Hodge and P=W conjecture
Frankfurt, Robert-Mayer-Str. 10, Raum 711 großOberseminar Algebra und Geometrie
Alexandre Minets (MPI Bonn)
Purity for the flat cohomology
Heidelberg, Mathematikon, SR tbaTalk 5: Tim Holzschuh (Universität Heidelberg): Introduction to animated rings and cohomology of affine smooth groups (Part 1)
Arithmetic of critical p-adic L-functions
Heidelberg, Mathematikon, SR 8 INF 205, Heidelberg, GermanyTalk 7: Rustam Steingart: Big Galois representations
Anabelian geometry
Frankfurt, Robert-Mayer-Str. 10, Raum 711 großTalk 4: Leonie Scherer (Goethe Universität): Belyi’s theorem and tangential base-points
Talk 5: Marcin Lara (Goethe Universität): Consequences of Belyi’s theorem, direct sums and tensor products
Shtukas for reductive groups and global Langlands correspondence after Vincent Lafforgue
Heidelberg, Mathematikon, SR 8 INF 205, Heidelberg, GermanyTalk 8: Sriram C. Venkata: Specialization to the diagonal (Part I)
The log tautological ring of the moduli space of curves
Frankfurt, Robert-Mayer-Str. 10, Raum 711 großTGiF-Seminar: Tropical geometry in Frankfurt (Second meeting Summer Semester 2024)
Pim Spelier (Universität Leiden)
Seminar on Arithmetic Geometry
Darmstadt, Room 401 and Zoom Schlossgartenstraße 7, Darmstadt, GermanyTimo Richarz (TU Darmstadt): Cohomological motives
Counting Weierstrass points on degenerating algebraic curves
Frankfurt, Robert-Mayer-Str. 10, Raum 711 großTGiF-Seminar: Tropical geometry in Frankfurt (Second meeting Summer Semester 2024)
Lucas Gierczak (Institut Polytechnique de Paris)
Junior AG
DarmstadtCM Cycles on GSpin Shimura Varieties
Chromatic Homotopy Theory
Darmstadt, Room 401, Mainz Room 04-432 and Zoom Darmstadt and Mainz, Darmstadt and MainzChirantan Chowdhury (TU Darmstadt): Talk 10 – Morava E-theory & Morava K-theory
The fiber bundle method applied to triple product L-functions
ZoomMiao Gu (University of Michigan): The fiber bundle method applied to triple product L-functions