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is committed to further developing the faculty as a learning and future-proof organization. This means building an open, transparent, and knowledge-sharing culture that fosters collaboration and
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will investigate end-to endguarantees of correctness. When successful, this will have a major impact on the way combinatorial optimization software is developed,evaluated, and used: the proofs
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wide variety of domains in each of these fields. The faculty’s vision can be summarized as: “With trust, in connection, through continuous learning.” The FPPW is committed to further developing
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. Kotov (University of Michigan, USA). The title of the project is “Handshake Complexes of Chiral Nanoparticles and Proteins” (CHIRAL-PRO ). The overarching goal of CHIRAL-PRO is to develop a widely
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within the framework of circuit quantum electrodynamics (circuit QED). Within this project, you will coordinate joint experimental efforts involving state-of-the-art silicon-based qubit devices developed
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researcher with an interest in T cell development and single cell & spatial omics to join the team. We are a dynamic and international lab with a focus on the functional characterization of the molecular
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-van Dijk. The “ionophores revisited” WEL-T project aims to develop neutral organic receptors for phosphate and other tetrahedral oxoanions. These lipophilic receptors will be tested as ‘ionophores’ by
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their results on advanced equipment. For further information, you may check: wwwen.uni.lu/snt/research/spacer and www.spacer.lu The candidate will lead the development of a V&V framework for AI-augmented
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developed. The successful candidate will explore their ability to modulate extracellular vesicle (EV) uptake and assess their potential for advancing EV-based therapeutic strategies.This project offers
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trajectories of individuals and households with a migration background in Belgium, focusing on hazard and microsimulation models of demographic events in multiple life domains. You contribute to the development