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PhD in Film Studies: Cinema’s Mediterranean Connections, Archives, Flows and Southern Epistemologies
of their proposed projects. Period of funding 1.0 FTE, 4 years Organisation Since its foundation in 1614, the University of Groningen has established an international reputation as a dynamic and innovative university
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PhD position Exploring the dynamic cytoplasm and its connection with metabolism (V25.0125) « Back to the overview Job description The cellular cytoplasm is a highly crowded environment, with
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– tailored to SWs, but applicable to other species - to investigate the long-term implications of rapid environmental change on the population dynamics of social species. Organisation Founded in 1614
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of Arts is a large, dynamic faculty in the heart of the city of Groningen. It has more than 5000 students and 700 staff members, who are working at the frontiers of knowledge every day. The Faculty offers a
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of rapid environmental change on the population dynamics of social species. Organisation Founded in 1614, the University of Groningen enjoys an international reputation as a dynamic and innovative
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Organisation Since its foundation in 1614, the University of Groningen has established an international reputation as a dynamic and innovative university offering high-quality teaching and research. Its 27,000
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Institute for Mathematics, Computer Science and Artificial Intelligence. Organisation Since its foundation in 1614, the University of Groningen has established an international reputation as a dynamic and
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MMF/Nexus pipeline and the stochastic Bayesian Bisous method. To improve, extend and deepen the analysis to a full dynamical inventory, a major incentive for the project is the application and
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breadth of expertise and methodological training. Organisation Since its foundation in 1614, the University of Groningen has established an international reputation as a dynamic and innovative university
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The cellular cytoplasm is a highly crowded environment, with proteins and other biomolecules packed tightly together. This raises an intriguing question: How do vital biomolecular processes continue