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you. At DTU Wind and Energy Systems Department, you will have the opportunity to break new ground at the absolute forefront of what is possible. We have a PhD position which might be for you, who wishes
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the unsteady dynamics of the tethered aircraft (aircraft structure, aerodynamics and control) and its response to unsteady atmospheric flows. Relevant atmospheric flow regimes include gusts, fronts, and periodic
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alterations in IBD and exploring their interactions with genetics, the gut microbiome, and dietary intake. As a PhD student you will be working closely with the Center’s interdisciplinary group of scientists
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/molten salts interfaces. Responsibilities and qualifications You will break new ground in developing cutting-edge multiscale methods to accurately describe the initiation and propagation of corrosion
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structure, food-web productivity and carbon export, neither to quantify or predict it. Your PhD targets this knowledge gap: The interaction between the physical environment and the base of the food web at
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microscopy, scattering, bio-sensing and microfluidics techniques and work on a range of protein systems — including alpha synuclein and TDP-43. At DTU-Bioengineering you will break new ground at the absolute
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project investigates how to better structure, manage, and align early-stage and later-stage financing for university-based deep tech startups. The candidate hired will be expected to explore financing gaps
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opportunity of extended research stays in the other institutions within the network. You will also benefit from the tight connections to the Max Planck Institute for the Structure and Dynamics of Matter in
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interaction analysis, protein stability analysis, or protein structure determination. Motivated and driven to overcome challenges, and able to work independently, but thrive in collaborative projects. Open to
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unique opportunity of extended research stays in the other institutions within the network. You will also benefit from the tight connections to the Max Planck Institute for the Structure and Dynamics