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Fusion is a multiphysics environment, and their interdependency makes predictions extremely challenging. Components such as breeder blankets require nearly real-time simulations at the design and
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weather prediction. We are seeking a scientist motivated by real-world applications to evaluate the importance of data collected by instruments deployed from the stratospheric platforms developed by
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) Developing strategies for decadal predictions of the Baltic Sea climate Analysing the skill of decadal predictions Analysing large ensembles of multi-decadal scenario simulations Investigating natural climate
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areas are to be expected, which we will investigate. With the help of an ensemble of many climate simulations, the uncertainties of future scenarios will be estimated. Who are we? The IOW is an
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predictions and multi-decadal projections of climate change and related impacts on marine ecosystems, covering the basin scale and the coastal areas, up to, and including, development and demonstration
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of Geomagnetic Storms and Energetic Radiation) project. PAGER provides data-assimilative probabilistic space weather predictions initiated from observations of the sun. It focuses on using ensemble simulations and
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Science (LSE), is seeking a researcher to work on designing model ensembles that can efficiently explore the full range of plausible responses consistent with a greenhouse gas emissions scenario
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research position. The project assistant will apply their biomedical and AI knowledge to conduct a feasibility study developing AI tools to predict properties of lipid formulations for drug delivery
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to transform our understanding and prediction of climate tipping points. We welcome candidates with expertise in climate modelling, ideally including experience with General Circulation Models (GCMs), Earth
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an outstanding Postdoctoral Research Scientist to undertake research isolating and understanding the most predictable components of the atmosphere and improving their representation in sub-seasonal prediction