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Job Description Join our interdisciplinary team developing state-of-the-art 3D X-ray microscopy for life science applications. ‘Seeing is believing’, therefore at the DTU 3D imaging center we
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(lab and field) experiments, econometric applications to register data or survey data, as well as qualitative research methods. PhD project proposals should be based on coherent theoretical arguments and
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-precision isotope geochemistry and cosmochemical research. This includes state-of-the-art clean laboratory facilities, advanced sample preparation and imaging laboratories, and a world-class suite of mass
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for society. DTU Health Tech's expertise spans from imaging and biosensor techniques across digital health and biological modelling to biopharma technologies. The department has a scientific staff of about 210
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sustainable machine learning approaches and addressing renewable energy related projects. Likewise, deploying a novel paradigm of KGML (knowledge guided machine learning) can propel further research. PhD
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-based imaging technique Dark-Field X-ray Microscopy. Installed at the European Synchrotron Radiation Facility in France we utilize it to visualize the evolution of internal structures in metals during
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technological solutions. DTU Health Tech’s expertise can be described through five overall research areas: Diagnostic Imaging, Digital Health, Personalised Therapy, Precision Diagnostics, and Sensory and Neural
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products which benefit people and create value for society. DTU Health Tech’s expertise spans from imaging and biosensor techniques, across digital health and biological modelling, to biopharma technologies
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Cosmological Paradigm” funded by an Inge Lehmann grant from the Independent Research Fund Denmark. Qualifications Applicants should have a master’s degree in physics or related topic or expect to obtain one
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imaging. The project is collaborative, involving national and international partners including Jean Farup (Steno Diabetes Center Aarhus), Lasse Steffensen (University of Southern Denmark), Johan Lind (DTU