11 algorithm-development-"Multiple"-"Prof"-"UNIS"-"DIFFER" PhD positions at Vrije Universiteit Amsterdam (VU)
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computational neuroscience, connectomics and/or Machine Learning is appreciated. Our goal perform connectome analysis on neuroimaging data\integrate connectome findings across multiple speices work on developing
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a process called data assimilation, to arrive at the best possible description of the evolution of smoke plumes. The data assimilation will, in particular, give us better estimates of the strength
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incentives, behavioural drivers, and land-use decisions at the meso-scale (e.g. river basins or regions), using clear case studies. You develop modelling approaches that bridge economic analysis and spatial
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is often limited by incomplete documentation of workflows in publications. This PhD project will develop a Generative AI-assisted platform to rebuild such workflows and make them FAIR, reusable, and
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at LaserLaB Amsterdam. This project aims to develop a new experimental apparatus that enables quantum enhanced sensing in trapped barium ions for tests of electroweak theory. At the basis of the project lies a
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and municipality about the chosen emergency context. Develop a video observational measurement instrument and use this to conduct video analysis of the footage. Carry out various statistical analyses
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professional development (e.g., by taking additional courses, participating in workshops, seminars and conferences). Working in a friendly and exciting environment Additional comments Are you interested in
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our vibrant, internationally renowned department, you will broaden your professional network and develop collaborations with scholars in related fields. As a PhD candidate, you will also take part in
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through non-reciprocal interactions remains unclear. Existing modelling avenues typically make a priori assumptions on the types of interactions between individual cells. Here, our objective is to develop a
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through non-reciprocal interactions remains unclear. Existing modelling avenues typically make a priori assumptions on the types of interactions between individual cells. Here, our objective is to develop a