42 algorithm-development-"St"-"St" Fellowship positions at UiT The Arctic University of Norway
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description shall not exceed 3 pages, literature references included. It must include a description of the interests and a resasoning of the choices. The final project description will be developed in
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(AMR) enzymes shape the evolution, selection, and spread of resistance within biofilm communities. The aim is to uncover the molecular mechanisms underpinning biofilm evolution and to clarify the role
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. The overarching goal is to create models that can streamline the development and verification of industrial equipment, which will be relevant for both fisheries and aquaculture. The candidate is expected
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streamline the development and verification of industrial equipment, which will be relevant for both fisheries and aquaculture. The candidate is expected to contribute within the following research tasks
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of satellites, developing a system for detecting rapid sea ice mass changes driven by deformation, and enabling updates to the constraints on sea ice model redistribution schemes for a new Arctic
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the Arctic’s sea ice cover from a multi-sensor constellation of satellites, developing a system for detecting rapid sea ice mass changes driven by deformation, and enabling updates to the constraints on sea ice
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specializes in developing cutting-edge nanophotonics combining optical trapping and Raman spectroscopy. The aim is to measure the chemical composition of biological nanoparticles, notably extracellular vesicles
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and train a cohort of international doctoral candidates through coordinated research, expert mentoring, skills courses, and intersectoral secondments. At UiT, this PhD will focus on the microbiomes
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specializes in developing cutting-edge nanophotonics combining optical trapping and Raman spectroscopy. The aim is to measure the chemical composition of biological nanoparticles, notably extracellular vesicles
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: DynAMIC (Detecting episodes of Arctic sea ice Mass Imbalance) . DynAMIC aims to observe three-dimensional changes in the Arctic’s sea ice cover from a multi-sensor constellation of satellites, developing a