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on chiral organisation in crowded environments, of relevance to biological systems. More specifically, in this role you will: image amphiphile assemblies at the interface of a cholesteric liquid
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biogeochemistry model for the dynamic interconnected C-N-P cycling. This model will build on our pioneering model framework Integrated Model to Assess the Global Environment-Dynamic Global Nutrient Model (IMAGE
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) government to industry, and local NGOs. As a PhD candidate, you will focus on how mission-specific innovation systems (MIS) can drive circular transitions. Missions have become a new paradigm in innovation
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Model. In this way, we encourage our employees to continue to invest in their growth. For more information, please visit Working at Utrecht University . Selection process As Utrecht University, we want
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of this process are difficult to unravel. The aim of this project is to combine organoid models, long-term quantitative imaging and single cell technology to mechanistically untangle the role of cell competition in