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that our researchers are working on. Our research fields are in the following areas: »Optimization« »Processes and materials« »Mathematics for vehicles, systems, and plants« »Analytics and computing« What
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computer science, mathematics, electrical engineering, or a relevant area research experience, preferably in programming languages, compilers, applied mathematics, and optimization techniques a strong background in
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divided into four areas with respective subgroups: »Optimization« »Processes and Materials« »Mathematics for Vehicles, Systems, and Plants« »Analytics and Computing« What you contribute You have completed
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researchers are working on. Our research fields are in the following areas - Fraunhofer ITWM »Optimization« »Processes and materials« »Mathematics for vehicles, systems, and plants« »Analytics and computing
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algorithms that co-optimize an atomic structure from 4DSTEM data and interatomic potentials. Start out from existing phase reconstruction implementations, including a very promising proof-of-concept for co
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The Saarbrücken Graduate School of Computer Science provides an optimal environment for pursuing doctoral studies in computer science at an internationally competitive level. As a student, you
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can therefore draw on the expertise of a strong network. At Fraunhofer Institute for Industrial Mathematics ITWM, we see our task as further developing key technologies, providing innovative impetus
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tensor network methods) and optimal transport, and we intend to appoint one doctoral candidate in each area. Successful applicants will hold or are about to complete a Masters in mathematics, and will have
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processes to understand reaction pathways, optimize catalyst performance, and design more efficient electrode structures. Your work will help accelerate the development of scalable, low-waste, and energy
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chemical biology and biotechnology, enabling the preparation of defined oligonucleotides for a wide range of research applications. This project focuses on the experimental development and optimization