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. This position targets a fundamental question: how does the manufacturability of whole-cell-based biosolutions influence their real-world performance in the field? Your research will seek to understand
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of the sensors can be automated for higher reproducibility and better performance. This will be achieved by developing an automated setup for the growth and deposition of quartz resonators, using open-source
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the kidney’s electrolyte and water reabsorption. The postdoc will be expected to explore the potential of modulating bile acid signaling in cell and mouse models and perform metabolomic and transcriptomic
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these nanocomposites, we are looking for a postdoc to further develop high performance computing numerical methods in our state-of-the-art open source micromagnetic model, MagTense. MagTense is based on a core
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setting. Conduct process simulations using tools such as Aspen Plus, COMSOL, or equivalent software to predict system performance. Collaborate with engineering companies to develop a prototype carbon
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improved solutions for food allergy immunotherapy. Your research will focus on: Analyses of in vivo studies on immunotherapy Developing and performing in vitro and ex vivo (single)cell-based analyses
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from water samples compared to tissue samples for early detection of disease. Another is to perform “what if” scenario modelling to compare suitability for different sampling protocols in farms in non
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drive. In particular, we are looking for academic excellence and/or demonstrated scientific achievements. We also expect you to have a strong ability to conceive new ideas, construct high-performance
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performance of remanufacturing processes by providing data-driven material assessments and validation techniques. Responsibilities and qualifications You will join the Section of Materials and Surface
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experiences is essential in fostering a creative and successful academic environment. DTU Electro has 270 employees and span activities in physics, photonics, and electrical engineering. Research is performed