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. To lower the carbon footprint of coating and paint curing, it would be preferable to develop photocatalysts and reagents that react with red or NIR light. Low-energy photocuring inherently provides
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will do Existing paint or coating curing technologies typically rely on heat or high-energy UV light. To lower the carbon footprint of coating and paint curing, it would be preferable to develop
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frameworks for monitoring OS are ill-equipped for capturing the variety and impact of such Public Engagement Activities (PEAs) and their outputs. In response, this project will develop strategies for making
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Activities (PEAs) and their outputs. In response, this project will develop strategies for making PEAs more visible in OS monitoring exercises, with an eye toward supporting greater recognition and reward
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the lead in publishing scientific papers and/or patent applications. A small contribution to teaching is optional. Where you will work The research is jointly run by the Leiden Institute of Chemistry and the
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with Dr. Elena Raponi (the Natural Computing Group) and dr. Saber Salehkaleybar (the Explanatory Data Analysis Group) at LIACS; contribute to the teaching activities of the STAR Research Group and
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scarce or specialised. This project aims to develop the next generation of adaptive visual learning systems by enabling foundation models to efficiently specialise through the exploitation of structure
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vision, yet their ability to acquire new expertise remains limited when training data is scarce or specialised. This project aims to develop the next generation of adaptive visual learning systems by
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networks (including CS-NL, OSC-NL, NEWS, SciComNL, and the five Dutch Citizen Science Hubs), and facilitating roundtable discussions and co-creation workshops to collaboratively develop value-led monitoring
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contributed code. How we will empower you: A thriving team organised around a successful platform, across various universities (Leiden-based, 15 minutes by train from Amsterdam International Airport