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Field
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direct air capture solutions by assessing and designing reclamation processes for liquid absorbents used in CO2 capture. You’ll work across modelling, experimentation and pilot-scale activities
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-atmosphere fluxes of carbon, water, and energy in arctic environments. Observations from eddy flux towers, drones carrying meteorological sensors and gas analyzers, soil sensors, and satellite imagery
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effect at room temperature (RMCE). RMCE has the potential to be explored in refrigerant-gas free cooling technologies with enhanced energy efficiency. Quantum sensing based on a custom built widefield
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of an observing system for land-atmosphere fluxes of carbon, water, and energy in arctic environments. Observations from eddy flux towers, drones carrying meteorological sensors and gas analyzers, soil sensors, and
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electrolyzers, fuel cells, micro gas turbines, and batteries, while balancing uptime requirements with efficiency, economic performance and decarbonization goals. Using UiS experimental infrastructure at Risavika
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investigate dynamic phenomena and processes in the Martian atmosphere, combining space craft data analysis with opportunities for modelling depending on the candidate’s interests. The successful candidate will
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Postdoctoral Fellow (two open positions) in the High Energy Neutrino Group in the School of Physics.
modeling and cross-section measurements, particularly within experiments such as SBND, DUNE, or ProtoDUNE. • Proficiency in scientific computing and software development (C++, Python, ROOT), with experience
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, combining space craft data analysis with opportunities for modelling depending on the candidate’s interests. The successful candidate will have the opportunity to join the science teams of three major Mars