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behavior and circuit integration remains poorly understood. In this project, you will develop and apply spatial transcriptomics methods and combine these with measurements of brain activity and cellular
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behavior and circuit integration remains poorly understood. In this project, you will develop and apply spatial transcriptomics methods and combine these with measurements of brain activity and cellular
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by the lack of spatial control over their generation. This PhD project will address this by engineering metasurfaces with programmable, spatially localized hot-electron activity. Plasmonic and hybrid
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of the partnerships and to the development of new cross-disciplinary connections between the PIs, doctoral candidates and postdocs from KIT and Heidelberg University. Application Find open positions here: Open
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nanofabrication, thermal imaging, and device integration. Steady-state photothermal measurements and spatially resolved thermal mapping will be used to probe local temperature profiles, alongside electromagnetic
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, despite their widespread application, key internal hydrological processes, such as spatial and temporal variability in infiltration, preferential flow formation, and post-event recovery, remain poorly
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temperatures across a unique buoy array. Combining the in situ buoy data with rain and cloud observations, you’ll quantify spatial and temporal heterogeneity and link atmospheric drivers to lake responses
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therapy. This project will use state-of-the-art single-cell and spatial transcriptomics to characterize ependymoma and its immune TME. You will perform these experiments and analyze the composition
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. Your results will support cross-moon comparisons and help decode JWST’s spatial and spectral variations. PhD 3 | Ocean–surface transport modelling You will model how ocean material is transported through
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Environmental Biology (CML-EB). Presently, about 150 fte (including postdocs and PhDs) are employed at CML. CML further collaborates with TU Delft and Erasmus University in the Leiden-Delft-Erasmus Centre