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and validate experimental methods to study wafer bonding in a quantitative and physics-based way. You will work on wafer bonding measurements and combine these with advanced surface metrology. It is
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directly guide functional validation studies performed by a second postdoctoral researcher using advanced human brain organoid models in the Artegiani-Hendriks group. The project is embedded within a large
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discipline by the time the position starts. Preferably, you also have: Experience and affinity with biogeochemistry and marine research; Experience in numerical modelling of mineral-water interactions and/or
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combination of laboratory experiments and field studies. You have a keen interest in marine microalgal ecology and are eager to perform research in Antarctica. You are a well-organized team player, but also
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combination of laboratory experiments and field studies. You have a keen interest in marine microalgal ecology and are eager to perform research in Antarctica. You are a well-organized team player, but also
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(MMB) studies microorganisms and biogeochemical processes across marine environments and timescales, from estuaries to the deep ocean and from past to present. Using fieldwork, lab experiments, and
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develop interactive systems and interfaces that capture subjective experiences and deliver timely, context-aware feedback before, during and after training, and evaluate these systems in real-world studies
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latency, a critical point for paint storage stability. Both solvent-borne (University of Amsterdam) and waterborne (Leiden University, this vacature) coatings will be studied in this project, including
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waterborne (Leiden University, this vacature) coatings will be studied in this project, including upscaling tests. A robotic platform developed within the consortium will support rapid optimisation of curing
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and validate experimental methods to study wafer bonding in a quantitative and physics-based way. You will work on wafer bonding measurements and combine these with advanced surface metrology. It is