Sie befinden sich hier: Home  Forschung  Applied Geometry and Topology  Research

Research

Open Positions

We are currently hiring two PhD students as part of the CRC Discretization in Geometry and Dynamics. Details of the positions can be found here.

Third-Party Funding

We are participating in the following larger research projects aroundBerlin and Germany:

Applied Geometry and Topology

Address

Universität Potsdam
Institut für Mathematik
Campus Golm, Haus 9
Karl-Liebknecht-Str. 24-25
D-14476 Potsdam

Activities

08.12.2020, 13:00  –  Online Seminar
Arbeitsgruppenseminar Analysis

Monodromy and Holonomy groupoid for singular foliations

Alfonso Garmendia (University of Postdam)

The next talk in the series of online seminars "At the confluence of Geometry, Analysis and Mathematical Physics" together with our colleagues from Beirut.

Title: Monodromy and Holonomy groupoid for... 

mehr erfahren

09.12.2020, 13:00
Forschungsseminar Wahrscheinlichkeitstheorie

Minimax optimal goodness-of-fit testing under local differential privacy

Joseph Lam (Magdeburg)

The consequences of local differential privacy constraints on goodness-of-fit testing are considered, i.e. the statistical problem assessing whether sample points are generated from a fixed density or... 

mehr erfahren

10.12.2020, 16:15  –  Online-Seminar
Forschungsseminar Differentialgeometrie

Long-time estimates for heat flows on ALE manifolds

Oliver Lindblad Petersen (Stanford)

We consider the heat equation associated to Schrödinger operators acting on vector bundles on asymptotically locally Euclidean (ALE) manifolds. Assuming that the Schrödinger operator can be written as... 

mehr erfahren

11.12.2020, 10:00  –  online
SFB-Kolloquium

Bayesian nonparametric estimation in multivariate non linear Hawkes processes

Judith Rousseau (University of Oxford, UK)

tba

mehr erfahren

11.12.2020, 11:00  –  Online Seminar
Arbeitsgruppenseminar Analysis

Higher gauge theory

Branislav Jurco (Charles University in Prague)

Abstract: This will be a leisurely introduction, from first principles, to higher gauge theory with higher groupoids as gauge structures. As a model for higher (Lie) groupoids we will use Kan... 

mehr erfahren