ZIB | Zuse Institute Berlin (ZIB)

The Zuse Institute Berlin (ZIB)

is an interdisciplinary research institute for applied mathematics and data-intensive high-performance computing. Its research focuses on modeling, simulation and optimization with scientific cooperation partners from academia and industry.

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Dynamic Structure of Life

How cells organize patterns in space and time

Researchers at ZIB develop data analysis and mathematical modeling techniques and apply them in cooperation with biologists in order to gain insight into fundamental principles of biological processes, such as cell division, protein regulation, and brain formation and activity.

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Dusting off Cometary Surfaces

Modeling gas and dust around comet Churyumov-Gerasimenko

The European Space Agency Rosetta mission to comet 67P/Churyumov-Gerasimenko (67P/C-G) sent back millions of observations during its journey around the sun. ZIB contributed to the scientific analysis of the space mission by modeling the gas and dust environment around the comet on the HLRN supercomputer. Photo: ESA/Rosetta/NavCam

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Specific fuel consumption for the Lufthansa fleet

New navigation systems for aircraft save fuel and time

Cheap air transport has become a matter of course since the 1980s.

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Mathematics Meets Humanities

Examples from ancient studies and psychology

For many years, the humanities and mathematics were considered as two sciences that have little to do with one another. During the last decade, however, researchers on both sides realized the potential lying in the respective other field. In this article, we present four examples illustrating this potential.

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Software Sustainability in the Age of Open Science

When mathematicians combine mathematical theory and real-world applications, then mathematical research software complements chalk and blackboard, or pencil and paper. Today, mathematical software plays a central role in research and key technologies and has an increasing impact on mathematical education.

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Scalability and Concurrency

Challenges from Two Interdisciplinary Research Projects

How to chop and distribute hundreds of continuous high-bandwidth data streams efficiently in a network so that, for each time frame, the sensor data is collected in a particular analysis node? How to exploit modern network capabilities, like remote direct memory access, to improve the scalability of SAT solving on supercomputers?

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Reports Archive

ZIB Annual Report 2018

According to our web page, “ZIB is an interdisciplinary research institute for application-oriented mathematics and data-intensive high-performance computing. Its research focuses on modeling, simulation, and optimization (MSO) with scientific cooperation partners from academia and industry ”. In our understanding, ...

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ZIB Special

Mathematics Calendar

29.05.2020

Georg Gottwald (University of Sydney)

Statistical properties of deterministic dynamical systems and their applications in weather and climate forecasting

Friday, May 29, 2020 - 10:15

SFB 1294 Colloquium, University of Potsdam

see www.SFB1294.de, online colloquium

submitted by Liv Heinecke (liv.heinecke@uni-potsdam.de, 0331-977)

ZIB Jobs

Available jobs

IA 41/20

Linux Systemadministrator (w/m/d) für den Bereich Research Service Unit IT & Data Services

IWA 40/20

Wissenschaftlichen Angestellten (w/m/d) in der Arbeitsgruppe “Massively Parallel Data Analysis”

IWA 39/20

Wissenschaftlichen Angestellten (Praedoc/Doktorand) (w/m/d) für den Bereich Mathematical Algorithmic Intelligence

WA 38/20

High-Performance Computing Specialist (f/m/d)

WA 34/20

HPC Scientist “Agent-Based Modeling” (f/m/d)

WA 31/20

research position (m/f/d) in the research group “Mathematical Optimization Methods”

WA 32/20

research position (m/f/d) in the research group “Mathematical Optimization Methods”

DSH 20

Dauerausschreibung studentische Hilfskräfte (d/w/m)

Academic Education

Topics for theses

ZIB always offers interesting topics for theses in close collaboration with various universities

MA-05/19 Visualization Techniques for 3D Image Data

MA-04/19 3D Convolutional Neural Networks for Classification of Diseases

MA-03/19 Geometric Deep Learning for Dense Correspondence

MA-01/19 Evaluation and Comparison of Linear and Non-linear Approaches for the Analysis and Synthesis of Facial Motion

How cells organize patterns in space and time

Modeling gas and dust around comet Churyumov-Gerasimenko

Examples from ancient studies and psychology

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Available jobs

Topics for theses