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. a missing atom or a small defect complex, can act as artificial atoms for use in quantum communication and computing, or as in the present project, as quantum sensors. Such defects are often termed as
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processes. The PhD Research Fellow will investigate oxygen storage capacity, electrocatalytic activity and transport properties of complex oxides to obtain mechanistic insight into the thermodynamics, surface
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learning methods for generating complex structures for generation of virus capsids and therapeutic proteins for gene therapy. The project will involve both physics-based forward modeling of protein
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the correlation between catalyst composition/structure and their effects on chemical reactions. The catalysts can be of organic and/or inorganic origin. The section has approximately 35 members, subdivided
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national security regulation. What are we looking for in you? Personal skills: Ability to work both independently and as part of a team Ability to work precise in a structured manner and swiftly adapts
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mental disorder over time using a longitudinal approach. By leveraging nationwide registry data, including the Norwegian Prescribed Drug Registry and the Norwegian Patient Registry, we will track complex
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expected to quantify, through a combination of in-situ observations and climate and snow models of varying complexity, the impact of blowing snow on local and regional scales. The PhD candidate will produce
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realization of quantum technology using point defects in semiconductors. Point defects, e.g. a missing atom or a small defect complex, can act as artificial atoms for use in quantum communication and computing
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the University of Oslo. Place of work is the Department of Mathematics at Blindern, Oslo. Ocean waves follow complex patterns influenced by wind, currents, and the shape of the seafloor. Predicting
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of complex models. BioM is an interdisciplinary Convergence Environment under UiO:Life Science, based at the Natural History Museum, and in collaboration with the Department of Mathematics, the Department