Overview Conferences

The workshop is aimed at algebraic and arithmetic geometers curious about the potential application of model theory in their research, as well as at model theorists who are keen to learn how their tools may be extended to answer questions of geometric interest.

Model Theory meets GGT is a week-long conference aimed at bringing together young researchers in the areas of Model Theory and Geometric Group Theory. These two areas exhibit a rich interplay, and the mini-courses and research talks will be aimed to display topics in this intersection. Furthermore, there will be a lightning talks session in which all participants are encouraged to give a brief introduction to their own research and interests, so as to foster even more interaction between the participants.

This workshop on Stochastic Partial Differential Equations (SPDE) aims to provide an intensive series of lectures delivered by leading researchers in the field. Over the course of a week, young researchers will have the opportunity to deepen their understanding of SPDE and foster scientific exchange. The goal is to stimulate collaboration and advance knowledge among junior researchers through expert-led sessions and interactive discussions.

Both, non-reciprocity and mass conservation, have far reaching generic consequences for the universal dynamical behaviour of the concerned wide range of non-equilibrium systems. Results of many particular approaches to the mathematical modelling of such systems have shown that classical concepts of nonlinear and statistical physics, such as phase transitions, need to be reconsidered and developed further.

This is a regular seminar of research groups from Bielefeld and Muenster about topics related to geometric group theory. In this way, it is very much related to research topics studied in the Cluster of Excellence in Muenster and the TRR 358 in Bielefeld-Paderborn.

The conference is a broad mathematical conference across all areas aimed at the highest standards. We would like to draw a picture of current developments in mathematics and get an overview of important results.

Bringing together a small group of leading young experts in their respective research areas, the goal of the workshop is to stimulate collaboration and exchange between participants. The event will provide specialists' points of view on recent developments in stochastic analysis, with a particular focus on singular stochastic PDEs.

The Young Topologists Meeting (YTM) is an annual international conference aimed at early-career researchers in topology - both pure and applied - covering the whole breadth of the subject. It serves as a platform for graduates, PhD researchers and early postdocs to present their research, exchange ideas and build international connections.

pyMOR School is an annual event for future and current pyMOR users and developers. The School will offer interactive introductory lectures on some of the most important MOR methods and how to use these methods with pyMOR.

Analytic torsion in its many facets is an important secondary spectral invariant studied in global analysis. The aim of this conference is to present a panorama of recent developments and interactions with other fields, that the study of analytic torsion has seen in the last years.

The last several years have witnessed a significant intensification of the connections between probability (e.g., random walks and percolation) and ergodic theory, especially in treating questions that relate dynamical behaviour with analytic and geometric properties of groups such as amenability, property (T), and the Haagerup property. The meeting will serve to further strengthen these connections by promoting interaction between different communities of researchers.

This is the ninth edition of a series of biennial meetings. The 6th Hausdorff medalist(s) will be awarded at this meeting. As part of the ceremony, the medalist(s) is/are going to give their Hausdorff lecture.

The Buildings conference is an annual meeting and in 2024 we will celebrate its 30th edition. The conference will be held in honor of Linus Kramer's 60th birthday. Some of the main topics of the conference are: generalized polygons and related geometries.

Due to a large number of common mathematical interests in very diverse fields of mathematics, we decided to introduce a themed meeting bringing together researchers from the two institutions in related areas. The main objective is to get an idea about research interests and projects in each others' department (specifically at the PhD and postdoc level) and to provide a forum for future collaborations. The first theme is in "PDE", with an emphasis on the equations of fluid dynamics and kinetic theory.

Point processes are one of the main building blocks in the description of many spatial random systems. This autumn school aims to foster exchange between young and established researchers and to explore modern research on point processes and their dynamics.

Bielefeld-Münster Seminar on Groups, Geometry and Topology with talks by Daniel Keppeler (Münster), Amandine Escalier (Münster), Jonas Flechsig (Bielefeld) and Bianca Marchionna (Bielefeld). All lectures take place in room SRZ 216, Orléans-Ring 12.

The conference will report on various aspects of the rapid developments in Number Theory and Arithmetic in the past years. This concerns in particular smooth representation theory, Iwasawa theory, p-adic geometry and p-adic Hodge theory. All members of the Faculty of Mathematics and Computer Science are invited to join the "Bridging Talk" by Prof. Dr. Otmar Venjakob (Heidelberg) on Thursday, 16 February 2023, 4:20 pm in lecture hall M2, title: "Explicit Reciprocity Laws in Number Theory".

The eleventh edition of the Young Geometric Group Theory (YGGT) workshop focuses on four mini-courses which present a panoramic overview over some important developments in the research fields. Besides the four main lecture series a number of plenary presentations are organised to broaden the scope of the workshop, and to encourage the participants to explore the boundaries of the subject.

The workshop centers around two topics: "Random graphs and stochastic geometry" and "Branching and mathematical biology". The aim is to provide an opportunity of exchange between the different groups and to attract young researchers to the field. All members of the Faculty of Mathematics and Computer Science are invited to join the "Bridge Plenary Talk" by Remco van der Hofstad (TU Eindhoven) on Thursday, 23 March 2023, 4:30 pm in lecture hall M2, title: "Critical percolation on scale-free random graphs". The conference is part of the Focus Programme "Effective and dynamic behaviour of random structures".

The workshop focuses on the availability, derivation and discovery of variational principles for non-equilibrium systems, in particular, those which connect model structures on different lengths and time scales via microscopic derivations, such as hydrodynamic limits. We bring together physicists and mathematicians to discuss recent progress for specific systems as well as regarding general principles.

Set theory is a broad area of mathematics, with many interconnecting themes, and our knowledge is developing rapidly. This international workshop will bring together young mathematicians, providing in depth introductions to various topics in set theory, leading to questions at the forefront of research. Tutorials and talks will be given by both experienced researchers and postdocs, and will be primarily aimed at advanced PhD students and early career researchers.

The aim of this short workshop is to bring together some leading experts from both the stochastic analysis community and the QFT community to explore the exciting developments further.
This workshop is planned in close coordination with the related workshop "From perturbative to non-perturbative QFT", 14-16 June 2023.

The aim of this workshop is to bring together experts of the various lines of research to foster interaction and mutual understanding which structures and methods are needed for a successful step from perturbative to non-perturbative QFT.
This workshop is planned in close coordination with the related workshop  "Stochastic Analysis meets QFT - critical theory", 12-14 June 2023.

Since Elliotts classification of approximately finite C*-algebras it is well known that there are strong ties between classification theory and approximation theory for C*-algebras. The full depth of this relation became clear only after the groundbreaking work of Eberhard Kirchberg on tensor products and approximation properties of C*-algebras with astounding applications to (on first sight unrelated) important problems: the Connes embedding problem and the classification of (purely infinite) C*-algebras. The meeting will focus on breathtaking recent advances in these topics due to several young rising stars.

The purpose of the meeting is to study relationships between local and global invariants in Riemannian Geometry. Our intention is to bring together experts in the field as well as young mathematicians. The programme of the workshop is structured so that beyond the lectures there will be many opportunities for intensive discussions.

In the past two years, we have seen spectacular developments in elliptic PDE methods applied to complex geometry. Highlights include the L-infinity estimates for solutions to complex Monge-Ampere equations due to Guo-Phong-Tong and Li's proof of the SYZ conjecture for Fermat hypersurfaces. This conference aims to provide an exciting opportunity for the field to come together (for the first time in Germany!) and discuss and disseminate these recent advances.

Mixing phenomena and the evolution and stability of coherent vortex structures and interfaces play an essential role in the dynamics of fluids. Their study has a direct impact on the understanding of turbulent flows with real-world applications in oceanography, atmospheric dynamics, industrial processes and beyond. The Workshop will explore stability and mixing phenomena from a broad intradisciplinary perspective, including PDE techniques, stochastic differential equations, harmonic analysis, optimal transport,  numerical analysis and modeling aspects.

The purpose of the meeting is to discuss suitable abstractions of mathematical concepts used in numerical methods for PDEs and how to derive adequate interfaces for Numerical Software. Experts and young researchers collaborating on the development of the research software framework DUNE met in Münster to discuss challenges and possible solutions in particular for interfaces for high-regularity Finite-Element discretizations, like H² conforming elements.

This summer school provides an introduction to various aspects of t.d.l.c. groups aimed at graduate students and postgraduate fellows. Topics include Cayley-Abels graphs, homological methods, p-adic Lie groups and self-similarity.

Part of the Focus Programme: Actions of totally disconnected locally compact groups on discrete structures

Part of the Focus Programme: Actions of totally disconnected locally compact groups on discrete structures

Many discrete geometric structures admit symmetries that are not determined by a finite substructure. This phenomenon is reflected in the non-discreteness of their automorphism group. Conversely, sufficiently non-discrete t.d.l.c. groups admit geometric actions on such structures. This workshop focuses on the above approaches and their interplay.

A conference on the occasion of Katrin Tent's 60th birthday

The aim of this conference is to bring together researchers working in model theory and group theory, with a particular view towards geometric group theory.

Part of the Focus Programme: Actions of totally disconnected, locally compact groups on discrete structures

This workshop studies the relationship between local, or small-scale, and global, or large-scale, properties of t.d.l.c. groups, which is more subtle than for Lie groups. Small-scale structure, which manifests both in the topological group structure and the objects on which the groups act, interacts with large-scale properties such as simplicity, amenability and quasi-isometry type.

A conference on the occasion of Michael Rapoport's 75th birthday

The geometry of moduli spaces related to the Langlands programme is a rapidly evolving field. We bring together both experts and young researchers to foster these developments.

The "Joint Seminar on Complex Algebraic Geometry and Complex Analysis" is a research seminar, organised by the algebraic and complex geometry research groups in Bochum, Essen, Cologne, Münster, and Wuppertal. The seminar meets roughly twice per semester for a full day at one of the participating departments. There are three talks per meeting, both by invited guests and by speakers from the organising universities.

This meeting is part of the Priority Programme "Random Geometric Systems" (SPP 2265: "Zufällige geometrische Systeme") which is funded by the German Research Foundation (DFG, deutsche Forschungsgemeinschaft) and is devoted to the mathematical analysis of effects and phenomena that emerge from an interplay between randomness and geometry.

This workshop is part of the Topical Program "Cell Dynamics and Mathematical Modeling" which aims at an intensive interaction of biology and mathematics. Biomechanical properties and dynamic shape changes of cells are closely related to their respective state and cellular function. This can be observed, among other things, in the migration of primordial germ cells. Such processes can be well described mathematically, and the influence of important parameters can thus also be analyzed theoretically.

ECIMT is a week-long conference happening in Münster, aiming to bring together young researchers interested in Model Theory, and to explore interactions between Model Theory and other mathematical fields, most notably Combinatorics, Algebra and Number Theory.

We were pleased to welcome the scientists of our Advisory Board and all members of Mathematics Münster to our second Advisory Board Meeting last week - in person and digitally. It was an intense and fruitful exchange about past and future activities of the Cluster, with many helpful hints from the advisors.

The "Joint Seminar on Complex Algebraic Geometry and Complex Analysis" is a research seminar, organised by the algebraic and complex geometry research groups in Bochum, Essen, Cologne, Münster, and Wuppertal. The next meeting will take place next Friday, 27 May 2022, for the first time at Münster University. There will be talks by Markus Banagl (Heidelberg), Francesco Bei (Sapienza) and Nicolina Istrati (Marburg).

In honor of Angela Stevens' Π_k=1,2,3(k+2)th birthday this conference covers various mathematical topics she has been working on: Mathematical modeling, analysis of PDEs, dynamical systems and stochastic many particle systems. A leitmotif will be the emergence and evolution of patterns. Speakers are scientists Angela Stevens has been working and sharing paths of her mathematical journey with.

Continuing a tradition, this conference will again draw together researchers and advanced students with an interest in inner model theory, in order to communicate and further explore recent work. There will be courses and single talks with additional ample time for problem sessions, informal seminars, and other interactions.

The conference will focus on a broad range of topics which lie at the crossroads of mathematical physics and probability theory, where Herbert Spohn has made many fundamental contributions for several decades and has influenced entire generations of researchers.

The ICM 2022 was recently reorganised as an online event, and this event will host some of the talks real life, and attempt to salvage, on a smaller scale, some of the usual spirit of an ICM. The focus of the event in Copenhagen will be the Geometry and Topology sections, though it will not be restricted to those.

The Young Mathematicians in Model Order Reduction conference (YMMOR) aims at bringing together early career researchers that are working in the broad field of Model Order Reduction and related topics. Therefore, the focus of the conference is to foster scientific exchange and networking among PhD students, master students, and early postdocs.

The scope of the Summerschool is to offer an overview of modern themes in Applied Mathematics, ranging from modeling issues in physics and materials science to their mathematical analysis by means of advanced techniques in the theory of PDEs and the Calculus of Variations.

With this first MaRDI Workshop on Scientific Computing, we want to bring together researchers from the Scientific Computing community and related disciplines who are interested in the FAIRness of their research data. Apart from presentations on the current MaRDI projects and selected keynote talks, birds-of-a-feather sessions will leave room for discussions and hands-on tutorials.

This meeting will focus on the measurable and topological dynamics of group actions, with emphasis on the cross-pollination of themes and techniques that have been driving these subjects in novel directions over the last few years, ranging in flavour from probability, symbolic dynamics, and combinatorics to Lie groups, representation theory, and operator algebras, and including new types of interactions at the boundary of measure and topology themselves.

The workshop is a joint activity of the Arithmetic Geometry research groups in Bonn, Essen and Münster. The aim of the workshop is to understand the work of Roman Bezrukavnikov about an equivalence between certain constructible sheaves on an affine flag variety and certain coherent sheaves on a variety related to the Springer resolution of the nilpotent cone.

The scope of the Winterschool is to offer an overview of modern themes in Applied Mathematics, ranging from modeling issues in physics and materials science to their mathematical analysis by means of advanced techniques in the theory of PDEs and the Calculus of Variations. Speakers are Andrea Braides (Rome), Lucia Scardia (Edinburgh) and Ulisse Stefanelli (Vienna).

The conference will be organised as a hybrid event: Several talks will be given on site, the other talks will be delivered virtually. All the talks will be broadcast on Zoom.

The Cuntz semigroup is a geometric refinement of K-theory that was introduced by Cuntz in the 1970s in his pioneering work on the structure of simple C*-algebras. This powerful invariant has seen many applications in the structure and classification theory of C*-algebras. Recently, it has also become clear that Cuntz semigroups are interesting objects of study in their own right. This workshop will bring together researchers that are interested in the different aspects of Cuntz semigroups in areas such as C*-algebras, dynamical systems, and model theory.

The purpose of the meeting is to study relationships between local and global invariants in Riemannian Geometry. Our intention is to bring together experts in the field as well as young mathematicians. The programme of the Workshop is structured so that beyond the lectures there will be many opportunities for intensive discussions.

YMC*A is an annual conference organised for and by master/PhD students and postdocs in operator algebras and related areas, with the goal of fostering scientific and social interaction between young researchers. YMC*A 2021 has taken place in Münster in a hybrid format with online participation over Zoom and a limited number of participants present in Münster.

This workshop intends to be a first meeting point for specialists and young researchers active in noncommutative geometry, free probability, and topological recursion. We plan to run the workshop in hybrid form with a considerable number of participants present in Münster and video transmission to the outside world.

Bridging the gaps between mathematical disciplines is a main goal of our Cluster. Prof. Dr. Peter Schneider, investigator at Mathematics Münster, is contributing to this strategic aim. At the conference "Branching from number theory: p-adics in the sciences" (30 August - 03 September 2021) of the Max Planck Institute for Mathematics in the Sciences, he will give a mini-course on "Local p-adic analysis".

The scope of this workshop is to offer an overview of modern themes in Analysis on singular spaces, such as deep structured learning, numerical analysis, analysis on metric measure spaces and calculus of variations and partial differential equations.

In recent years, motivic techniques have been applied in several branches of representation theory, for example in geometric and modular representation theory. The goal of this workshop is to bring together researchers in these areas in order to foster new synergies in topics such as foundational aspects of the theory of motives, Tate motives on varieties of representation-theoretic origin, motivic aspects of the Langlands program, and motives of classifying spaces.

This school is targeted at anyone interested to apply model order reduction in their work using pyMOR. The school will consist of both introductory lectures to model order reduction and pyMOR as well as programming sessions. Participants are encouraged to bring their own problems to work on. Basic knowledge of Python and packages from the SciPy stack (NumPy, SciPy, matplotlib) is assumed.

Last week the new Cluster of Excellence “Mathematics Münster: Dynamics – Geometry – Structure” staged its opening event at the University of Münster with a three-day colloquium. From 20 to 22 June, fifteen distinguished international scholars from nine countries held specialist lectures, providing insights into their current research.

The next Cluster Conference takes place from 11 to 13 November. Special note: On Monday, 11 November, 4:15 pm, Laura Grigori (INRIA) will hold the talk "Robust linear solvers based on enlarged Krylov methods and multilevel preconditioners" which is open to all members of Mathematics Münster.