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? We are excited to announce two fully funded PhD positions at the University of Amsterdam. Please note: All applicants will be considered for both positions. There is no need to indicate which project
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autonomous systems. The research involves experimental studies of swelling, wetting, and transport phenomena, and the development of physical interpretations of responsive behavior in confined polymer systems
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to the development and characterization of advanced human stem cell-derived models, including organoids and Forebrain Chimeroids, as well as the analysis of endogenous prenatal human tissue. In parallel, you will
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project partner organisations, and PhD and MSc students, on location and virtually. Within Wageningen University, the chair groups Soil Physics and Land Management (SLM) and Development Economics (DEC
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two crucial research questions: how do materials degrade in solution and solid phase, and what is the (extent of) correlation between these processes? While PhD candidates will design and apply new
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researcher who is excited by fundamental research, method development, and interdisciplinary science at the chemistry–biology interface. Next to that you meet the following criteria: A PhD in Chemical Biology
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to social and demographic dynamics and how this evolution relates to broader societal phenomena and systemic shifts such as structural inequalities, segregation, echo chambers or polarization. Working closely
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the project, as well as connect with our technical support staff. We expect you to also become a valuable part of our post-doc/PhD candidate community and connect with other scientific staff. Your duties and
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to the design and application of innovative chemical strategies, including crosslinking, proximity labeling, and biocompatible photocatalysis for method development and fundamental discovery. Key tasks in the lab
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materials and bio-inspired autonomous systems. The research involves experimental studies of swelling, wetting, and transport phenomena, and the development of physical interpretations of responsive behavior