Events Calendar
June
| Wed, 03.06.2026 17:00 WIL A 124 |
Dresden Mathematics Seminar Prof. Dr. Alexandre Ern (CERMICS, ENPC, IP Paris) "Convergence of ERK-DG approximations of the first-order form of Maxwell's equations with low regularity" Contact: Prof Dr. Dirk Pauly |
| Thu, 04.06.2026 16:40 WIL A 124 |
Oberseminar Analysis Dr. Martin Licht (TU Dresden) "An invitation to finite element exterior calculus" Abstract Contact: Prof. Dr. Ralph Chill |
| Thu, 04.06.2026 13:30 WIL A 120 |
Algebra, Geometry and Combinatorics Seminar Torsten Mütze (University of Kassel) "Fun with Venn diagrams" Contact: Prof. Dr. Manuel Bodirsky |
| Fri, 05.06.2026 13:30 WIL C103 |
Algebra Seminar Joachim Schwardt (Institut für Theoretische Physik, TUD) "Advancing Stochastic 3-SAT Solvers by Targeted Local Search" Contact: Prof. Dr. Arno Fehm |
| Sat, 06.06.2026 09:30 - 15:00 HSZ 304 |
UNIDAY
TU Dresden |
| Wed, 10.06.2026 17:00 WIL A 124 |
Dresden Mathematics Seminar Umut Şimşekli, Ph.D. (École Normale Supérieure de Paris) "Heavy tails in stochastic optimization: emergence and implications" Contact: Prof. Dr. Anita Behme |
| Wed, 24.06.2026 17:00 WIL A 124 |
Dresden Mathematics Seminar Prof. Dr. László Kozma (TU Dresden) Fast algorithms for finding a saddlepoint Contact: Prof. Dr. Manuel Bodirsky |
| Fri, 26.06.2026 17:00 |
Dresden Science Night Science after hours! Interesting events for people of all ages await you again this year. Program of the Faculty of Mathematics Event Website |
July
| Wed, 01.07.2026 17:00 WIL A 124 |
Dresden Mathematics Seminar Prof. Dr. Karlheinz Gröchenig (Universität Wien) "Quantitative estimates: How well does the discrete Fourier transform approximate the Fourier transform on R?" Contact: Prof. Dr. Ralph Chill |
| Wed, 15.07.2026 17:00 WIL A 124 |
Dresden Mathematics Seminar Prof. Dr. Maria Bruna (University of Oxford) " Macroscopic limits of active matter systems" Contact: Jun.-Prof. Dr. Markus Schmidtchen |
| Thu, 16.07.2026 16:40 WIL A 124 |
Oberseminar Analysis Prof. Dr. Stefan Siegmund (TU Dresden) "Magnetic point dipoles in static fields cannot levitate: a dynamical Earnshaw theorem on SE(3)" Contact: Prof. Dr. Ralph Chill |