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projects that will provide ground-breaking technological advances based on ultrasound transducer arrays. At the Imaging Physics Department, Faculty of Applied Sciences, we develop innovative measurement
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and seismic imaging, theoretical computer science, and theoretical physics. We participate in university focus areas in Complex Systems and Applied Data Science. More information For more information
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interventions. Flexible hybrid working is possible: data analysis and statistical work can be done remotely, with regular on-site meetings for team collaboration and integration with clinical and imaging experts
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representations. Prototype and implement advanced control methodologies to meet the DFAOCS performance and stability objectives. Demonstrate the end-to-end stability and performance capabilities of the DFAOCS with
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and hybrid settings. The project offers room to refine the research questions, to prototype digital solutions and collaborate with educational institutions and industry partners. Information As a
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Quantum Scanning Microscope, enabling magnetic imaging at spatial resolutions from micrometres down to the nanometre scale. Advanced FIB-SEM facilities are available at Utrecht University’s Electron
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and imaging techniques. Familiarity with advanced bioengineering approaches, such as bioprinting or microfluidic systems for in vitro model development. Strong publication record and ability to work in
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, or building an industry prototype of an optical clock . Our group is furthermore exploring continuously operating atom interferometers, quantum simulation experiments using Rb-Sr mixtures, single Sr atoms in
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towards prototype development. You will work in the research groups of Roos Masereeuw (division of Pharmacology) and Tina Vermonden (division of Pharmaceutics), bridging two divisions and fostering
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synthetic cells on dialysis membranes and set the first steps towards prototype development. You will work in the research groups of Roos Masereeuw (division of Pharmacology) and Tina Vermonden (division