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, which is financed by Innovation Fund Denmark Start date is expected to be October 1, 2024 or as soon as possible thereafter. The project The PhD student will develop protocols for tissue culture
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will be to design, develop and characterize hydrogels that can be used to sense a wide variety of biophysical parameters of relevance of human health. In more detail, we expect the following: A two-year
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diamond capable of quantum sensing of physical parameters. The concrete projects are within the following research areas: Visualizing neuronal activity in brain tissue: you will develop a quantum microscope
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compound collections derived or inspired by natural products, to probe their therapeutic potential. The PhD student will develop synthetic strategies to access natural product-like compounds based on sterols
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the department’s teaching and dissemination activities. The candidate will also collaborate with a postdoc and another PhD student focusing on the health part of the project. You must have a two-year master's degree
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the main supervisor, Senior Researcher Lars Michael Skjolding and co-supervisor Associate Professor, Steffen Foss Hansen from DTU Sustain. The position will also include teaching in bachelor and/ or master
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Dynamics (AIMD), and Machine Learning (ML) tools to develop theoretical electrocatalytic frameworks. Hereby, the project will challenge existing research on catalysis, move the boundary of fundamental
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and the general planning of the scholarship studies, please see DTU's rules for the PhD education . We offer DTU is a leading technical university globally recognized for the excellence of its research