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to help bridge the gaps between AI and neuroscience research in the larger Dutch Brain Initiative (DBI2). You will work on a series of short, impactful projects across our consortium partners. Your primary
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detail. This powerful experimental approach gives us the opportunity to get detailed information about the dynamics of molecular collisions. In this project, you will perform reactive scattering
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to your application! As a PhD candidate, you will conduct fundamental research in theoretical particle physics, with close connections to experimental observations. Your project will be supervised by Dr
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studying their components might seem impossible... but that is what we aim to do in the Big Chemistry consortium . The ambition of this project is to establish self-driving laboratories to rapidly measure
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to your application! As a PhD candidate, you will conduct fundamental research in theoretical particle physics, with close connections to experimental observations. Your project will be supervised by Dr
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SPINES project. The SPINES project is a collaboration between Radboud University, the University of Twente, University of Groningen, Utrecht University of Applied Sciences, the main infrastructure
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. Your work will help shape environmentally responsible AI technologies for the future! The goal of your PhD project is to develop methods to steer developments of large AI systems in such a way that they
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Chemistry consortium(link is external) . The ambition of this project is to establish self-driving laboratories to rapidly measure key physical properties of mixtures of molecules, including solubility
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social skills later. Insights from this project can provide knowledge for early interventions to foster learning in infancy, with potential to support later skill acquisition. This research is located
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beam over an outdoor path for direct interaction with the area of interest. This PhD project aims to further explore the potential of developing a robust system using COPS and deploying it in the field