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optimization strategies for high-dimensional inverse design, and realistic material and excitation constraints at optical frequencies. The candidate will also develop practical expertise in prototype fabrication
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material and excitation constraints at optical frequencies. The candidate will also develop practical expertise in prototype fabrication, experimental characterization, and quantitative validation
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-resolution imaging and state-of-the-art characterization tools, including ultra-low temperature possibilities for device fabrication and characterization. This role involves contributing to various ongoing
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the Foresail-1p mission, analysing tether dynamics, imaging, and operational behaviour. Based on these results, the doctoral researcher will propose and evaluate new deployment schemes and safety strategies
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asked questions page as well as Recruitment privacy notice page. We offer: A unique and stimulating environment to work on cutting-edge AI method development for computational brain imaging, with ample