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Field
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provides links to research on water systems, recycling and bioenergy. Our work is aligned to national environmental and climate goals as well as to the Sustainable Development Goals. We are situated
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to the development of several innovative doping methods. More broadly, the research aims to understand and control how molecular interactions, ions, and charge transfer processes determine the electronic properties
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about AI and autonomous systems and their impact on human and social development. WASP-HS enables cutting edge research, expertise, and competence building in the humanities and social sciences
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University Work duties: The research project will focus on the development of fluorine-free electronically conductive polymer binders for silicon-based electrodes in lithium-ion batteries. The project will
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the duties and responsibilities at hand, the ability to cooperate with other members of staff, and the ability to contribute to the development of the operations. Particular attention is to be paid
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understanding and technical development of ships and offshore structures. Our research areas include Ship Design, Marine Structures, Hydrodynamics, Maritime Risk Management, Maritime Operations, Underwater
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University initially includes researchers from ten departments, and three areas of research have been identified for strategic development: materials research, integration of batteries with power electronics
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of physics‑informed control of mobile manipulators, data collection from real and simulated machines, and model development and testing in simulated environments. The project offers close collaboration with
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embedded into a cutting-edge research project dedicated to the development of advanced AI-based techniques for radiofrequency spectral monitoring across a wide range of highly relevant applications
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studies of physics‑informed control of mobile manipulators, data collection from real and simulated machines, and model development and testing in simulated environments. The project offers close