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you a versatile platform to take the next step in your career! Join our team in the development of quantum components and the optimization of our manufacturing processes – as soon as possible. What you
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persons will be given preference if equally qualified. Our tasks are diverse and adaptable – for applicants with disabilities, we work together to find solutions that optimally promote their abilities
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and optimize large-scale training and inference runs for foundation models on JUPITER (multi-GPU/node, mixed precision, parallelization, I/O optimization) Integrate multimodal data sources (e.g., scRNA
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on the fabrication, assembly, and testing of heat pipe systems Contribution to the development and optimization of manufacturing and integration methods for heat pipe components Numerical simulations (FEM/CFD
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computers, with a focus on partial differential equations (PDEs). Your tasks may include the following: Further development of discretization techniques: Optimize the spatial discretization methods used in
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find solutions that optimally promote their abilities. The same applies if they do not meet all profile requirements due to a disability. Interested?Then we look forward to receiving your application and
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heritage.” The aim of the project is to develop a museum display case that optimally protects art and cultural assets from harmful environmental influences. A novel test procedure is to be developed
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interest in agentic AI, online learning and optimization, and applications in economics. The full-time positions (100%) are initially offered for two years, with the possibility of extension, depending
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reference data, and explore how different stack and channel designs affect shunt current distribution. Ultimately, the results should contribute to optimizing cell and stack configurations for minimal energy
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Fritz Haber Institute of the Max Planck Society, Berlin | Berlin, Berlin | Germany | about 1 hour ago
have the opportunity to: Work on the optimization of high harmonic generation driven by multi-millijoule 2200 nm OPCPA. Design and refine a highly efficient X-ray spectrograph based on reflection zone