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, University of Groningen (UG)). Two PhD positions are available, one at each institute. The UG candidate will utilize newly developed microscopy methods, including Förster resonance energy transfer-fluorescence
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We seek a PhD candidate who is passionate about energy and sustainability scientific problems with a focus on the critical material perspective. Successful candidate will be under supervision
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PhD position Critical material sustainability and energy transition (V24.0036) « Back to the overview Job description We seek a PhD candidate who is passionate about energy and sustainability
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microscopy methods, including Förster resonance energy transfer-fluorescence lifetime imaging (FRET-FLIM), to map SNARE protein trafficking to WPBs. Techniques include FRET-FLIM microscopy, mammalian cell
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utilize newly developed microscopy methods, including Förster resonance energy transfer-fluorescence lifetime imaging (FRET-FLIM), to map SNARE protein trafficking to WPBs. Techniques include FRET-FLIM
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necessary to move towards a more sustainable society. This includes all legislation and regulation applying to the production, transport, storage and supply of energy, the promotion of renewable energy
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Background: Geological reservoirs used for producing or storing energy are heterogeneous. Characterising and quantifying geological heterogeneities is challenging because sampling scales (e.g., thin
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all legislation and regulation applying to the production, transport, storage and supply of energy, the promotion of renewable energy sources and energy efficiency, the need to secure energy supply, as
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consequence of a universality principle in random structures: the precise random dynamics of cell growth in the two organisms is different, but those differences have a negligible effect on the overall
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of fibroblasts and precision-cut intestinal slices from IBD patients. The aim is to image fibroblast and macrophage accumulation, and explore the effectivity of a cell-specific therapeutic approach. Organization