GAUS-AG
The direct summand theorem
Heidelberg, Mathematikon, SR 8 INF 205, Heidelberg, GermanyTalk 2: Nils Tietke (Universität Heidelberg): Almost étale extensions and the almost purity theorem in characteristic
Vector bundles on curves
Darmstadt, Room 401 and Zoom Schlossgartenstraße 7, Darmstadt, GermanyJulian Born: Vector bundles
The direct summand theorem
Heidelberg, Mathematikon, SR 8 INF 205, Heidelberg, GermanyTalk 3: Nils Witt (Universität Heidelberg): Non-Archimedean Banach Algebras
Anabelian geometry – Mochizuki’s proof of the Hom-Conjecture [d’après Faltings]
Frankfurt, Robert-Mayer-Str. 6-8, Raum 309Talk 1: Jakob Stix (Goethe Universität): Introduction
Talk 2: Jonathan Miles (Goethe Universität): Galois cohomology and Hodge-Tate decomposition
Vector bundles on curves
Darmstadt, Room 401 and Zoom Schlossgartenstraße 7, Darmstadt, GermanyAaron Rauchfuß : Algebraic curves
The direct summand theorem
Heidelberg, Mathematikon, SR 8 INF 205, Heidelberg, GermanyTalk 4: Anna Blanco Cabanillas(Universität Heidelberg): Perfectoid algebras
Moduli of Quiver Representations and GIT Quotients
Frankfurt, Robert-Mayer-Str. 6-8, Raum 309Talk 1.1: Kevin Kühn (Goethe Universität): Introduction to Moduli
Talk 1.2: Yiu-Man Wong (Goethe Universität): Algebraic Group Actions and Quotients
Vector bundles on curves
Darmstadt, Room 401 and Zoom Schlossgartenstraße 7, Darmstadt, GermanyMingkuan Zhang: Construction of vector bundles
Hodge Theory
Mainz, Hilbertraum (05-432)Timon Tausendpfund (Universität Mainz): Kähler metrics
The direct summand theorem
Heidelberg, Mathematikon, SR 8 INF 205, Heidelberg, GermanyTalk 5: Lars Wüste-Schmülling (Universität Heidelberg): Adic spaces I
Moduli of Quiver Representations and GIT Quotients
Frankfurt, Robert-Mayer-Str. 6-8, Raum 309Talk 2.1: Nicole Müller (Goethe Universität): Affine GIT
Talk 2.2: Felix Göbler (Goethe Universität): Projective GIT
Congruence Modules and the Wiles–Lenstra–Diamond Numerical Criterion in Higher Codimension
Heidelberg, Mathematikon, SR 8 INF 205, Heidelberg, GermanyAndrea Conti (Universität Heidelberg): Overview