Reflecting the diversity of topics represented in the group, our weekly seminar includes talks on topics ranging from pseudo-differential analysis, stochastic PDEs and quantum field theory to higher geometry and combinatorics, with motivations coming from mathematical physics.
List of talks for the Winter Semester 2024/2025.
List of talks for the Summer Semester 2024.
List of talks for the Winter Semester 2023/2024.
The goal of this seminar series is to provide a platform for regular meetings, where young and expert researchers in mathematical and theoretical physics, algebra, analysis and geometry can interact, exchange ideas and discuss a wide range of topics at the interface of all these disciplines.
The initiative is promoted by the Universities of Hannover and Potsdam, but researchers also from other universities are welcome to participate!
For more information and for registration visit the webpage: Mathematical Physics seminar Hannover-Potsdam
The colloquium consists of two 45-minute to one-hour lectures with a tea break in between. The aim is to provide a mixed audience - whose research areas can range from statistics to algebraic topology - with a pedagogical introduction to a topic, leading to the presentation of new results at the end of the lecture. Learn more
This colloquium will serve as a meeting place for scientific exchange, bringing together mathematicians from the Lebanese diaspora, friends of Lebanon from around the world, and researchers based in Lebanon. By nature, the colloquium will be interdisciplinary and speakers will be asked to prepare pedagogical talks addressed to a wide audience including non experts in the subject. Presentations can be given in French or English. Learn more
Christiane Klein (York University, UK)
Rotating black holes, which are the kind of black holes we observe in our universe, are an excellent stage on which to explore the effects of quantum physics. One possible approach to do so is the...
mehr erfahrenLinda Kleist (Universität Potsdam)
In 1959, Ringel asked for the chromatic number of tangency graphs of a collection of circles in the plane in which no three circles have the same tangent point. Particularly, he wondered whether a...
mehr erfahrenLena Janshen (Universität Göttingen)
Some physical systems are described by a mathematical model that has a redundancy. Such a model is called a gauge theory, where redundancies are described by gauge transformations. When the underlying...
mehr erfahrenHere is the list of past events.
