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will be performed in the Section for Organic Chemistry. The section hosts nine faculty members and more than 30 PhD students and postdocs. The research topics include complex molecule synthesis
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process flows. Fabricate these in the DTU Nanolab cleanroom. Characterize the transducers both electrically and acoustically. Build experimental setups. Publish your results in scientific journals
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analysis of public and in-house single-cell and spatial datasets to study gene regulatory networks and build methods for integrative analysis and target predictions. The group is highly collaborative and
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innovation and fostering industry partnerships. As part of our team, you will have the opportunity to work alongside 50 talented individuals, including faculty members, postdocs, and engineers. Our research
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well as the wake model uncertainty. The surrogate model will be constructed considering wind farm characteristics (turbine characteristics, size, shape, and capacity density of the wind farms) and atmospheric
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. PhD student 1: Will work with dielectric elastomer fibers, initially focusing on preparation methods for the fibers. Later, the focus will be on conductive materials that can be incorporated