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affinity for innovative mass spectrometry and delivering a positive impact on global food safety? Do you take joy in creative processes and are you driven by curiosity? Are you a go-getter? Do you excel
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optimization methods for run-time network configuration and control. You will design efficient and lightweight learning-based techniques for automated scheduling, network resource allocation, and parameter
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and third-party media integrations. Functional and strictly analytical cookies are always set. Non-essential and non-analytical cookies require your permission. For more details, see our privacy
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and several social partners and educational partners in an eight-year programme to realise a major breakthrough aimed at creating a sustainably employable workforce. In a total of four work packages, we
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or governance you can work independently and collaboratively in an interdisciplinary and intercultural research environment, including fieldwork you are familiar with social science methods such as interviews
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(written and oral) are required. Previous experience in microscopy, nanophotonics, optical design or computational imaging is desired but not a must. Finally, the ability to independently and creatively work
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-traced models of the structures, based on STL files, 3-D voxel data and other input. You work closely with the rest of the team to integrate your models with the microscope hardware and GUI, with advanced
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guided dopant strategies to achieve the challenging combination of high capacity, fast cycling, and long cycle life. Experimental work, including synthesis, electrochemical testing, solid-state NMR, and
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detailed insights in their regeneration processes are limited. In this project, you will use tomato as a main model species, supplemented with work in Arabidopsis thaliana. You will use molecular techniques
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metabolism in osteoarthritis (OA) joint synovium. What makes this PhD position unique? You work on an innovative project that addresses the urgent unmet need of OA therapy. You integrate molecular immunology