For infection prevention reasons, the institute is currently only accessible to visitors in very exceptional cases and by prior arrangement. A large number of scientific events are meanwhile taking place online, to which also interested parties from outside are very welcome. »


The project-oriented research at the Weierstrass Institute is characterized by combining the mathematical disciplines of analysis, stochastics and numerics. This combination has great potential for solving complex applied problems such as the reliable extraction of information from large datasets or the suitable consideration of uncertainties in describing processes. In this way, the institute aids in solving current societal challenges.



The institute dedicates itself to fundamental mathematical research as well as the development of algorithms and scientific software. During the problem-solving process, mathematical models of physical and technological systems are designed that properly capture observed phenomena, thereby providing access to highly developed mathematical analysis. At WIAS the phases of the solving process are repeated and coordinated until an optimal solution is found.


Mathematical Core Areas

The WIAS is organised in eight Research Groups specializing in different mathematical techniques and methods. Additional temporary teams are created within a Flexible Research Platform as the need arises. The core areas of mathematical research are the analysis and numerics of partial differential equations, and stochastics.


Cooperation and Consulting

Modern applied mathematical methods are a fundamental resource and driving force for technological and economic development around the world. The rapid development of computer technology and mathematically based numerical methods are making it possible to numerically simulate ever more complex engineering, medical, economic and environmental problems.

At the WIAS excellent fundamental research is combined with years of experience in cooperating successfully with partners in the widest possible mix of application fields. The institute is therefore a recognized expert in the solution of complex economic, scientific, and technical problems by means of mathematical modeling and numerical simulation.



Benedikt Jahnel acquires Junior Group in Leibniz competition
Leibniz Association funds research project on Probabilistic Methods for Dynamic Communication Networks over a period of 5 years (2021-2025).


Tuesday, 19.01.2021, 15.15 (Online Event)
Oberseminar Nonlinear Dynamics
Dr. M. Hadrava, Institute of Computer Science of the Czech Academy of Sciences, Prague, Czech Republic:
A dynamical systems approach to spectral music: Modeling the role of roughness and inharmonicity in perception of musical tension

further events


Research Assistant Position (f/m/d) (20/23)
Nonsmooth Variational Problems and Operator Equations

Employee in computer engineering (f/m/d) (20/25)
data management systems, JAVA

PhD Student Position (f/m/d) (21/01)
Partial Differential Equations

Fremdsprachensekretär/in/ Teamassistent/in (m/w/d) (21/03)
Nichtglatte Variationsprobleme und Operatorgleichungen