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the A.I. Virtanen Institute for Molecular Sciences at the University of Eastern Finland (Kuopio campus) for a Research Council of Finland–funded project developing a novel MRI method for measuring brain
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of regulatory elements in controlling colour variation, and the maintenance of colour polymorphisms by balancing selection. The specific goals of the PhD project can be influenced by the candidate but could
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: Industry objectives: To investigate methods and tools for creating semantic 3D maps of the worksite and how to maintain them over extended periods. Science objectives: 1) Explore approaches for modelling 3D
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for green hydrogen continues to rise, the high energy demands associated with conventional methods like electrolysis highlight the need for alternative approaches. Photocatalysis, leveraging solar energy for
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utopia, we aim at developing literary theory’s frameworks and methods in order to bring Eastern-European literary traditions into the world-literary discussion. The project is hosted at the Faculty
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Strong motivation to learn new methods and work independently, and as part of the team Prior experience in molecular cloning, protein biochemistry, cell culture techniques, and/or fluorescence microscopy
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physics and urban meteorology groups at INAR. The computational aerosol physics group uses computational and theoretical methods to understand cluster and particle formation for atmospherically relevant
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research profile in inverse problems and computational mathematics. About the job This project focuses on developing advanced methods for uncertainty quantification in inverse problems, i.e., mathematical
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are required to hold a relevant doctoral degree, for example in health sciences, sport sciences, environmental sciences, or another relevant field. We value knowledge of statistical methods, ability to analyze
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on the position. The hired researchers will work as part of the computational aerosol physics and urban meteorology groups at INAR. The computational aerosol physics group uses computational and theoretical methods