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of this position involve the implementation of chemical compositions for forming exoplanets, using PLATO stars as a compositional guide. This includes assessing the distribution of specific elements during
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biofilms, or under anaerobic conditions), microbial fermentation with automated systems (bioreactors), or molecular biology analysis relevant to microbial communities (for example qPCR and/or FISH
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(and potentially outcrops) for detailed isotopic-geochemical analyses including component-specific analysis using bulk techniques on micro drilled samples and in-situ techniques on thin-sections and
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during their fellowship period within the duty component of 25 %. Project description / Job description The NorFab infrastructure and Solid State Physics and Quantum Technology research group are investing
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areas: microbial growth of non-model bacterial species (ideally in biofilms, or under anaerobic conditions), microbial fermentation with automated systems (bioreactors), or molecular biology analysis
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the four-year period The project proposal is a key element in the admission to the PhD program (in a second formal step following the hiring process). A final project plan will be developed together
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of the research project “Towards Matching Bounds in Large Deviations” (TOMABOLD), funded by the Research Council of Norway. The PhD position will focus on the large deviation analysis of probabilistic
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Fellow (SKO 1352) with specialisation in public policy and administration, comparative politics or international relations. The successful applicant will work with the political science component of
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policy and administration, comparative politics or international relations. The successful applicant will work with the political science component of the interdisciplinary research project “Renewable
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, led by the University of Stavanger. WP2 focuses on comparative analysis of urban morphology, accessibility, and mobility cultures in Norway, Sweden, and South Korea. The project combines GIS-based