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at the single protein level and to scrutinize the protein-protein interactions as well as the protein-nucleic acid interactions. The other PhD position is centred around Single Molecule Optical Tweezers (SMOT
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the protein-protein interactions as well as the protein-nucleic acid interactions. The other PhD position is centred around Single Molecule Optical Tweezers (SMOT) where the genome will be trapped between two
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on ecology and evolution in wild animals, supported by laboratory and analytical technicians. Social interactions (stemming from the social environment) can delay or exacerbate an individual’s ageing
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of nanomedicines to deliver nucleic acids). Robust methods for nanomedicine characterization and interaction with cells are essential to be able to test new formulations and improve their design and efficacy
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addresses the following central research question: how can we design human-AI collaboration to mitigate biases and foster equitable decision-making? To answer this question, the research will explore areas
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combining insights from engineering, planning, innovation, and transition studies, we explore the dynamics between infrastructure management, policymaking, and end-user behaviour. The knowledge we generate
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unclear strategies for bias mitigation limit its effectiveness in practice. This PhD project addresses the following central research question: how can we design human-AI collaboration to mitigate biases
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part of a PED is developing sustainable heating and cooling solutions for neighborhoods. The goal of this project is to create a toolbox to help design local heating and cooling systems that fit local
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seek ways to stay connected to the countryside. Concepts such as Herenboeren and community-supported agriculture offer new interactions between urban dwellers and the agricultural landscape, where food