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for applications in CO2 separation and storage. This is what you will do In this research project, you will design, synthesise and test adsorbent materials, such as metal-organic frameworks, for the separation and
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explore blends of RCFs with other mineral residues, such as dredged sediments or excavation waste, to create new, high-performance SCMs. Thirdly, lab-scale tests will be conducted to evaluate
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, providing a chance to test your models in real-world scenarios. You will also have the chance to closely collaborate with a SmartEM PhD candidate.
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that can be used for FTD and PD(D)/DLB subtype-tailored compound testing. WP2. To identify molecular profiles and novel drug targets in iPSC and human post-mortem brain tissue from well-characterized PD(D
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based on pathology or dysregulated cell biology. WP1. To generate well-defined iPSC and differentiate into neural cells that can be used for FTD and PD(D)/DLB subtype-tailored compound testing. WP2
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, r.j.vanputten@uva.nl Prof. dr. Gert-Jan Gruter, G.J.M.Gruter@uva.nl If you receive an error message while applying from abroad, please try again later or contact us for assistance. If you recognize yourself in
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offer an inspiring research setting at one of Europe’s leading technical universities, with access to unique test facilities and strong international collaboration networks. This position provides
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, linking fundamental modeling to real-world application. We offer an inspiring research setting at one of Europe’s leading technical universities, with access to unique test facilities and strong
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. Integrate geophysical results with spatial datasets (e.g., DEMs, sediment maps, archaeological site records) using QGIS and other open-source tools. Supervise and participate in test excavations of identified
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, sediment maps, archaeological site records) using QGIS and other open-source tools. Supervise and participate in test excavations of identified anomalies, including sediment screening, artifact recovery, and