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on understanding the molecular mechanisms behind retinal development and disease using human pluripotent stem cells. We specialize in creating retinal organoids, “eye-like” organoids, and other retinal cell types
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position for 60 months Project Focus The candidate will conduct research that integrates social psychology and the social network approach to better understand segregation within schools—how it shapes
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of the following topics: The interplay between magnetic phase diagrams and crystal structures in perovskite oxides Linear magneto-optical effects in altermagnets and non-collinear magnetic structures Circular
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, scanning and transmission electron microscopy, nano/micro-CT, mathematical modelling and many others. All of our projects are based on large network of local and international collaborators. This offers
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programming is welcomed Experience with social network analysis is an advantage but not required Experience with school interventions is an advantage but not required What We Offer A supportive, lively research
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). The team focuses on the communication networks between cancer cells and stromal components, aiming to uncover how these interactions contribute to therapy resistance, metabolic adaptation, and cancer cell
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hyperactivation of growth-controlling signalling pathways reshapes cellular signalling networks and influences the response of malignant melanoma to immunotherapy and targeted therapy with BRAF and MEK inhibitors
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. Further, the applicant will be able to pursue their independent research and collaborate with other members of the department and at the Faculty of Informatics. A broader networking connection is available