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, bringing together molecular-scale surface engineering, advanced microscopy, theory, and molecular simulations. The doctoral researcher will join at an early stage of this research project, with a
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films. The position is part of an ambitious collaborative research effort at Aalto University and the Finnish Meteorological Institute, bringing together molecular-scale surface engineering, advanced
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fundamental insights obtained from flat model catalysts with advanced nanostructured electrodes engineered for real-world electrolyzers. This project combines deep dives into surface chemistry with
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region progenitors and study eruptive conditions. Interface with SWMF modules (AWSoM/IA) to model stellar coronae and winds driven by dynamo‑generated surface magnetic maps. Disseminate results in journals
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insights obtained from flat model catalysts with advanced nanostructured electrodes engineered for real-world electrolyzers. This project combines deep dives into surface chemistry with engineering to
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with SWMF modules (AWSoM/IA) to model stellar coronae and winds driven by dynamo‑generated surface magnetic maps. Disseminate results in journals and conferences; contribute to open‑science releases of