Office hours: My regular office hour is Monday 12.00-12-45. Individual appointments are also possible.
SoSe 25: Mathe für Physik II (Bonn)
In dieser Vorlesung lernen wir die mehrdimensionale Analysis kennen. Details finden sich im eCampus-Kurs.
WiSe 24/25: Data Analysis and Visualization (Bonn)
In this lecture we will discuss basic statistical concepts (estimators, hypothesis testing, analysis of variance) and how they can be applied in the language R to analyze data sets.
Bonn (2024-)
SoSe 24: Vorlesung Einführung in die partiellen Differentialgleichungen
Aachen (2023-2024)
WiSe 23/24: Vorlesung Höhere Mathematik 3 für Maschinenbau, Wirtschaftsingenieurwesen u.a.
WiSe 23/24: Hauptseminar zur Funktionalanalysis: Halbgruppen linearer Operatoren
Bonn (2021-2023)
SoSe 23: Lecture Mean-field limits in many-particle systems (Special topics in PDE and mathematical models)
WiSe 22/23: Mathematik für Physiker:innen 3 (with Illia Karabash)
SoSe 22: Vorlesung Einführung in die partiellen Differentialgleichungen
WiSe 21: Hauptseminar zur Theorie der Abbildungsgrade
Aachen (2019-2021)
SoSe 21: Vorlesung Partielle Differentialgleichungen 1 (online), Aachen
WiSe 20: Vorlesung Nichtlineare Analysis 1 (online), Aachen
SoSe 20: Gewöhnliche Differentialgleichungen (with M.G. Westdickenberg, online)
WiSe 19: Partial Differential Equations 2 (with M. G. Westdickenberg)
SoSe 19: Partial Differential Equations 1 (with M. G. Westdickenberg)
Bonn (-2018)
WiSe 18/19: Seminar on Semigroups of linear operators
WiSe 17/18: Functional Analysis and PDE (with S. Müller)
WiSe 16/17: Analysis 1 (with B. Niethammer and C. Seis)
SoSe 16: Seminar on motion of particles in viscous fluids (with B. Niethammer)
WiSe 15/16: Functional Analysis and PDE (with M. Disertori and P. Gladbach)
SoSe 15: Nonlinear PDE II (with B. Niethammer)
SoSe 14: PDE and Modelling (with B. Niethammer),
If you are interested in writing a Bachelor or Master thesis with me please just send me an email.
Master Theses supervised
The monokinetic Vlasov-Stokes equation (ongoing)
Mean-field results for sedimentation of inertialess particles in a Stokes flow
Sharp-interface approximations of the Cahn-Hilliard dynamics
Bachelor Theses supervised
Relaxation behaviour of the Mullins-Sekerka evolution
Bewegung von Mikroschwimmern in Stokes Flüssigkeiten
Effective models for media with small inclusions