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will create impact through transfer between science, engineering, design, arts and industry and by connecting multiple levels of STEAM education from middle schools to doctoral education. Understanding
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to the body of knowledge by enhancing the safety, relia- bility, and efficiency of automated vehicles by developing a collaborative multimodal perception system. This system leverages data from multiple sources
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from physical constraints and evolutionary pressures, across multiple scales — from proteins to regulatory networks. The group combines principles from statistical physics, systems biology, and
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electrode with free flow channels. The successful candidate will work on cutting-edge research combining computational modelling with experimental validation. The project involves developing meso- and
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understanding in processes at the electrode-electrolyte interface, which are crucial for developing next-generation flow battery materials. The successful candidate will work on cutting-edge research combining
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on how human movement can be influenced in the context of sports, health, physical education and rehabilitation. Our research is multi-disciplinary: we combine anatomy, physiology, psychology and
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multiple teams), and ill-defined (team boundaries are unclear). This challenges our understanding of the nature and effective management of contemporary teamwork. Therefore, the objective of the PhD project
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field of condensed matter science? The International Max Planck Research School for Condensed Matter Science (IMPRS-CMS) in Stuttgart, Germany, currently has an open call for multiple fully funded
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You will join the recently established Chemical and Molecular Neurobiology group led by Associate Prof. Ivana Nikić-Spiegel at the LCSB. Our research combines innovative approaches in protein
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teams), part-time (employees work in multiple teams), and ill-defined (team boundaries are unclear). This challenges our understanding of the nature and effective management of contemporary teamwork