ist ein interdisziplinäres Forschungsinstitut für angewandte Mathematik und datenintensives High-Performance-Computing. Die Forschung konzentriert sich auf die Modellierung, Simulation und Optimierung in Zusammenarbeit mit wissenschaftlichen Kooperationspartnern aus Wissenschaft und Wirtschaft.
In the evolving landscape of public transportation, achieving efficiency, sustainability, and cost-effectiveness is paramount. With over 8 billion passengers annually…
Deep learning methods excel in various do-mains, yielding substantial economic benefits and practical implications. From powering self-driving cars and enabling protein…
In the face of one of the most pressing challenges of our time — the transition to sustainable, fossil-free energy systems — Germany continues to emit greenhouse gases…
Pain therapy is one of the most important areas of health care with 12–15 million patients with chronic pain, including 5 million with severe pain, in Germany alone…
40 Years of Excellence in High-Performance Computing
What do such diverse fields as climate modeling, renewable energy, artificial intelligence, and precision medicine have in common? They all rely on high-performance…
Most life forms, including plants, animals, and humans, are composed of cells. The cell itself is a kind of tiny factory where millions of molecules interact continuously…
At the beginning of the 21st century, a doctor’s understanding of a patient’s health was largely limited to the data gathered from physical exams, basic lab tests, and…
Our society is facing tremendous changes re-lated to climate change. In order to reduce CO2 emissions from energy production, we need to exploit sustainable sources of…
Modeling Tomorrow: Computational Lens on Social Dynamics
Modern societies face numerous significant challenges, including climate change, health pandemics, forced migration, political instability and social injustice…
ZIB hosts Berlin's high-end data and computing center as well as its scientific high-speed data network BRAIN
Neuigkeiten
Zuse-Institut-Berlin feiert 40-jähriges Bestehen
Festakt am 13. September mit Wissenschaftssenatorin Ina Czyborra / ZIB kooperiert eng mit Forschenden der Freien Universität Berlin / Pressetermin mit Fotomöglichkeit Mit…
MODAL in Singapur - Der 8. NUS-ISM-ZIB-IIR-MODAL Workshop zu "Next Generation Computing and Algorithms in the Digital Era"
Vom 12. bis 16. August 2024 fand der 8. NUS-ISM-ZIB-IIR-MODAL Workshop unter dem Titel „Next Generation Computing and Algorithms in the Digital Era“ statt, der bereits…
"Faster exact solution of sparse MaxCut and QUBO problems" gewinnt Outstanding Paper of the Year Award 2023 in Mathematical Programming Computation
Das Paper "Faster exact solution of sparse MaxCut and QUBO problems" ( https://doi.org/10.1007/s12532-023-00236-6) von Daniel Rehfeldt, Thorsten Koch und Yuji Shinano hat…
Pressemitteilung 8.7.2024 : Enter-Award 2024 in der Kategorie Infrastruktur geht an DeepGreen
Im Rahmen einer feierlichen Preisverleihung in Berlin am Mittwoch, den 3. Juli 2024, überreichte der Juror Lambrecht Heller dem Projekt DeepGreen die Trophäe für den…
ZIBcast - Willkommen zum neuen Podcastformat am Zuse Institut Berlin
Spannende Einblicke und faszinierende Geschichten aus der aktuellen Forschung rund um die Angewandte Mathematik Im ZIBcast berichten Wissenschaflter:innen des ZIB…
G-RIPS-Programm startet am ZIB: Begrüßung von 12 internationalen Stipendiaten
Die 8. Ausgabe des Graduate-Level Research in Industrial Projects for Students (G-RIPS) Programms hat begonnen. Dieses Jahr begrüßen wir zwölf herausragende…
Am 03. April 2025 findet wieder der Girls'Day am ZIB statt! An einem Tag könnt ihr hineinschnuppern in die Welt Konrad Zuse's und lernen, was wir alles Spannendes mit…
This research explores convex optimization for deformable registration of 3D templates to 2D image data from multiple cameras, with the generalized projection model.
This project is part of the 8th edition of the Graduate-Level Research in Industrial Projects for Students (G-RIPS) summer program at the Zuse Institute Berlin (ZIB).
Within this interdisciplinary, collaborative research project, we will develop mathematical and algorithmic solutions for analyzing adzes/axes and grinding stones -...
The Thematic Einstein Semester “Mathematics for Quantum Technologies” aims to shed light on the mathematical aspects of the rapidly developing fields of quantum...
This research investigates human mimicry during real-time human-avatar interactions, emphasizing cognitive science and social resonance. By integrating tools like Unity...
Scholarly communication is facing a radical change with the introduction of Artificial Intelligence (AI) methods. A disruptive change of the whole system seems possible...