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Engineering, University of Groningen. The research is aimed at the development of novel methods for nanomedicine characterization and to study their interaction with cells (e.g. uptake, intracellular
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nanomedicines. In this project specifically, we aim to better understand the interactions between nanomedicines and the cell (membrane). Building upon previous work in the host group, the PhD candidate will use
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where energy poverty remains a challenge and retrofitting participation remains low. Using AI-powered infrared thermography, the initiative visualizes energy inefficiencies, making heat loss tangible
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, the initiative visualizes energy inefficiencies, making heat loss tangible for homeowners and potentially increasing awareness and willingness to take action. Combined with “connection workshops”, where households
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. sound installations, visual storytelling, participatory mapping, or community-engaged exhibitions. We particularly welcome applicants who are open to combining academic analysis with creative modes
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in bias mitigation. - Understanding human needs for bias mitigation – Understanding how individuals interact with biased AI systems to identify challenges and the types of support needed for effective
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framework of responsible human-AI collaboration to better understand the role of human oversight in bias mitigation. Understanding human needs for bias mitigation – Understanding how individuals interact with
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collections interact with power, knowledge, and ongoing processes of heritagization. The candidate is encouraged to develop new methodologies that center community-led, ethical, and innovative approaches
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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
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objectives include Investigating how microplastics affect epithelial differentiation and promote features such as neuroendocrine transformation and cell proliferation. Dissecting the interaction