Department of Mathematics
Ein Auge auf die mathematische Forschung werfen

Mathematics in Kaiserslautern

Top international research - from theoretical foundations to real industrial applications

Research Profile

With its research focusses in

the Department of Mathematics has prioritized attractive scientific and socially relevant areas. This and its current mathematical proficiency establish a sound basis for being nationally and internationally competitive. There is hardly a place where the modern self-understanding of mathematics is lived and pursued as consistently as in Kaiserslautern:

Mathematics is not only (indispensable) fundamental science but a (if not the) key technology of the 21st century.

Young Academics

Particular attention is paid to the promotion of young scientists. This is reflected in a remarkable count of more than 50 State Doctorates and 600 Ph.D.

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Professorinnen und Professoren des Schwerpunkts Algebra, Geometrie und Computeralgebra
Algebra, Geometry and Computer Algebra

The Algebra, Geometry and Computer Algebra Group (AGAG) focusses on fundamental research in classical key areas of pure mathematics and on modern applications thereof.

Professoren des Schwerpunkts Analysis und Stochatik
Analysis and Stochastics

This research focus links two of the core areas of mathematics: analysis and stochastics. In research, we study analytic, stochastic and geometrical problems, combining theoretical and application-oriented, algorithmic aspects. Deterministic and stochastic models of continuous mathematics are developed and systematically analysed.

Professorinnen und Professoren des Schwerpunkts Wirtschaftsmathematik
Economathematics

The research focus Economathematics (Wirtschaftsmathematik) is distinguished by fundamental research in the areas Mathematical Optimization, Financial Mathematics, Stochastic Control, and Statistics as well as by interdisciplinary research projects.

Professorinnen und Professoren des Schwerpunkts Technomathematik
Industrial Mathematics

In its research profile, the research area Industrial Mathematics focuses on the modelling, analysis and numerical simulation of differential equations, and also on their optimization and control.

Felix Klein Center

Most research groups of the faculty closely collaborate with departments of the Fraunhofer ITWM. The well-established networking and inter-institutional research cooperation of the Department of Mathematics and the Fraunhofer ITWM has been documented by the foundation of the Felix Klein Center for Mathematics. Thanks to the combination of the widely recognized and outstanding research programs of the department of mathematics, and the open-to-the-world and practically oriented projects of the Fraunhofer ITWM, the Felix Klein Center will undoubtedly strengthen the position of Kaiserslautern in the field of mathematics.

The option of experiencing mathematics in all its facets - from abstract, purely theoretical basic research to real industrial applications - and in an internationally oriented environment makes Kaiserslautern extremely attractive for talented students as well as scientists from Germany and abroad.

Collaborative Research Center (SFB-TRR 195)

The Collaborative Research Center "Symbolic Tools in Mathematics and its Application" (SFB-TRR 195) of the German Research Foundation (DFG), established in 2017, has set itself the goal of significantly advancing research in the field of computer algebra systems in order to be able to answer fundamental mathematical questions by using these systems.

As part of the SFB-TRR 195, scientists of the Algebra, Geometry and Computer Algebra group (AGAG) cooperate with research groups at RWTH Aachen University, Saarland University, and TU Berlin as well as at the Universities of Siegen, Stuttgart and Tübingen.

Research Initiative of the State RLP

Working groups from all four research focusses are significantly involved in strategic projects within the framework of the research initiative of the state Rhineland-Palatinate. The focus is on two initiatives:

MSO - Modelling - Simulation - Optimisation, the aim of which is the development and analysis of mathematical models and methods that can be used to solve complex practical problems, but for which mathematical statements can also be made about their accuracy and limits and recommendations for parameterisation can be formulated.

SymbTools – Symbolic Tools in Mathematics and their Application. The main topic here is the development and application of algorithmic methods and computer algebra software which merge the areas of algebra, geometry and number theory and which can be used as versatile tools in mathematics, science and technology.