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/wireless/wireline systems, imagers, MEMS, medical/display circuits, power management, 2.5D/3D integrated circuits, and secure computing designs. Successful applicants will be expected to develop
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be to quantitatively compare the predictions made by the digital twins of the patients' faces with the post-operative reality. - Collection and processing of post-operative scanner imaging data
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. The work plan will integrate advanced methodologies, including: - Establishment, maintenance, and characterization of cell cultures (2D, 3D, and coculture systems) to study tumour–microenvironment
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microscope, as well as a slide scanner for high-throughput imaging. As a research assistant, you will primarily support the generation, maintenance, and functional characterisation of human stem cell-derived
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circuits in mouse models Applying tissue clearing techniques and light-sheet microscopy for 3D imaging of the entire mouse brain Analyzing and interpreting single-cell genomics data to investigate cellular
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through chemical analyses (ICP-AES and ICP-MS), physicochemical analyses (DLS, zeta potential), structural analyses (XRD, XANES, EXAFS), X-ray imaging (2D and 3D), microbial community analyses, and
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researchers using cutting edge technology, such as ecological momentary assessment, biomechanical assessments, AI and natural language processing, 3D motion capture, and advanced medical imaging; and Gain
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, examining gene expression and its regulation. It formulates an overall picture of cell interactions within organisms. Start of studies in the winter semester (October) Opening of applications and publication