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Invariant Set of the Lorenz System Show image information
Attractor of the Mackey-Glass Equation Show image information
Unstable manifold of the Kuramoto-Sivashinsky equation Show image information
Petersen Graph Show image information

Invariant Set of the Lorenz System

Attractor of the Mackey-Glass Equation

Unstable manifold of the Kuramoto-Sivashinsky equation

Petersen Graph


it's OWL ReSerW successfully completed:
Intelligent communication between processes, a significant reduction of consumed resources and utilization of new gripping technology: these are the results of the project "Ressourceneffiziente selbstoptimierende Großwäscherei" (ReSerW), which have been realized by Kannegiesser and four research institutions within the leading edge cluster it's OWL. During the final presentation on April 27, all partners expressed their satisfaction with the outcome of the joint project.

The results were obtained by close cooperation between Kannegiesser and the research institutions CITEC (University of Bielefeld), the Institute for Industrial Mathematics (Paderborn University), the Heinz Nixdorf Institut (Paderborn University), and the Fraunhofer Institute for Mechatronic design. Dirk Littmann, managing director of Kannegiesser, reported on the advances in the development of industrial laundries with respect to productivity, quality, flexibility, and energy efficiency. Using intelligent communication and mathematical optimization techniques, a significant reduction of the consumed resources could be realized during the last years. According to Littmann, the required amount of water per kg laundry could be reduced from ten to three liters, the energy consumption from 2 kWh to 0,8 kWh, and the amount of washing detergents could be reduced by 50 percent. (it's OWL Newsroom)

22. - 23.02.2017

Kick-Off Meeting of the BMBF Project IBOSS (Information-Based Optimization of Surgery Schedules):
The KickOff meeting of our project IBOSS took place from February 22nd February 23rd 2017 in Berlin. The aim of the project, which is a cooperation with the Charité, the Zuse Institut e Berlin (ZIB) and the FU Berlin, is to improve the planning of operations using optimization techniques. (UPB press release (german), Project Homepage)

05. - 07.12.2016

KickOff Meeting of the DFG Priority Programme 1881 (Turbulent Superstructures):
The kickOff meeting of SPP 1881 will take place from December 05th to December 7th 2016 in Ilmenau. We are part of the SPP with our project "Understanding and utilizing relationships between coherent superstructures and almost invariant sets in function space". (Project Homepage)

27. - 28.10.2016

KickOff Meeting of DFG Priority Programme 1962 (Non-smooth and Complementarity-based Distributed Parameter Systems):
The KickOff meeting of the DFG-funded Priority Programme 1962 will take place in Berlin from October 27th to October 28th 2016. We participate in the Priority Programme with our project "Multiobjective Optimal Control of Partial Differential Equations using Reduced-Order Modeling", which is a cooperation with Prof. Dr. Stefan Volkwein (University of Konstanz). (Project Homepage)


Research Award 2015:
Dr. Karin Mora and Prof. Dr. Dr. Claus Reinsberger (Sportmedizinisches Institut, University of Paderborn) are awarded the research award 2015 of the University of Paderborn for the collaborative project "Neurophysiologische Epilepsie-Diagnostik durch Netzwerk-orientierte Datenanalyse" (UPB Press Release)


Dr. Kathrin Flaßkamp appointed member of GAMM Juniors:
The International Association for Applied Mathematics and Mechanics (GAMM) has appointed Dr. Kathrin Flaßkamp as one of 10 new members of the GAMM Juniors for her outstanding dissertation "On the Optimal Control of Mechanical Systems - Hybrid Control Strategies and Hybrid Dynamics" (UPB press release).


Prof. Dr. Jens Starke (TU Denmark): "Multiscale analysis of the macroscopic behaviour of particle models" (20.11.2014, 11 Uhr, Room O 1.258)
On November 20th, Jens Starke from TU Denmark will be giving a talk about "Multiscale analysis of the macroscopic behaviour of particle models ".

Abstract: A numerical multiscale approach called equation-free analysis is in the framework of slow-fast dynamical systems further improved and applied to particle models. The method allows to perform numerical investigations of the macroscopic behavior of microscopically defined systems including continuation and bifurcation analysis on the coarse or macroscopic level where no explicit equations are available. This approach fills a gap in the analysis of several complex real-world applications including particle models with intermediate number of particles where the microscopic system is too large for direct investigations of the full system and too small to justify large-particle limits. An implicit equation-free method is presented which reduces numerical errors of the analysis considerably. It can be shown, that the implicitly defined coarse-level time stepper converges to the true dynamics on the slow manifold. The method is applied to perform a coarse bifurcation analysis of microscopic particle models describing first car traffic on single lane highways and second pedestrian flow in two space dimensions. The results include an equation-free continuation of traveling wave solutions, identification of saddle-node and Hopf-bifurcations as well as two-parameter continuations of bifurcation points.

October 2014

"Mathematik studieren - europäisch, praktisch, gut" - PUZ Article about the ECMI Modelling Week. (PDF)

July 2014

Front-page article in PM about the mathematics of ocean vortices. (PDF)


Article in the series "Eine Minute Mathematik", Die Welt, 17.01.2013. (Weblink)

January 2013

Several newspaper articles about the ProMINT project "Mathe macht's möglich".


Cover story in the "NewScientist", 25.03.2006. (PDF)

Further information:

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