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materials, which are otherwise inaccessible to material scientists? At DTU Energy, our research is targeting exactly this, and to reach these goals, we are looking for a PhD candidate to work at the interface
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Professor Natalja P. Nørskov, e-mail: natalja.norskov@anivet.au.dk Who we are Department of Animal and Veterinary Sciences is well-known for its skilled and very innovative interdisciplinary research
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exploiting piezoelectric materials and transducers combined with photoacoustic technology. The technology will be based on single optical fibers and bundles of fibers, where the acoustic generation is mainly
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conferences. You will work in close collaboration with a group of senior scientists, technicians as well as Post Docs and PhDs all engaged in the Villum Investigator project MicroAM. A 3–6-month foreign stay
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. The study is further linked to two demonstrations in collaboration with the Danish postal service, PostNord, using both its fleet and a large postal center to test ePIPV and VIPV solutions. The ePIPV solution
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containing all materials to be given consideration. To apply, please open the link "Apply online", fill out the online application form, and attach all your materials in English in one PDF file. The file must
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on understanding and mitigating the environmental and health impacts of footwear materials. This research sits at the cutting edge of microplastic pollution, chemical safety, and sustainable materials design. This
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and health impacts of footwear materials. This research sits at the cutting edge of microplastic pollution, chemical safety, and sustainable materials design. This PhD opportunity is part of the Marie
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demonstrations in collaboration with the Danish postal service, PostNord, using both its fleet and a large postal center to test ePIPV and VIPV solutions. The ePIPV solution will be developed and tested at DTU’s
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cells provide new means for studying human health and disease in the lab. These systems may ultimately reduce the cost of drug development and accelerate biomedical research. Multi-material 3D printing