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Applications should be submitted to [email protected] by 15 October 2026 specifying “Management Committee Call” in the subject. By submitting their application by email, candidates confirm that they have
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molecular and clinical datasets, and world-class AI and experimental research environments. This combination provides a unique foundation for ambitious research and enables biological questions to be explored
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, to deliver a new class of research that will enable a better understanding of the clinical, molecular, behavioural and environmental determinants of non-communicable diseases, for both patients and public
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molecular and clinical datasets, and world-class AI and experimental research environments. This combination provides a unique foundation for ambitious research and enables biological questions to be explored
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materials enable sustainable approaches to energy harvesting, neuromorphic computing, and biosensing, with demonstrated potential for high-impact studies (Nature 578:550; Nature Communications 13:4369; Nature
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, Artificial Intelligence, Computer Science, Computational Biology, or a related quantitative discipline, or expected completion within the next six months. At least 4 years of relevant research experience by
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that ultimately arise from dysfunction of the ciliary organelle. The successful candidate will be work in a world-class environment with international leaders in mRNA biology, Structural Biology, Cell Biology
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governing CAR T-cell fitness and CAR T–tumour interactions to understand therapeutic response and resistance in hematological malignancies. In particular, you will: Develop and apply cellular models to study
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to excel in both research and teaching. The teaching load is one class per semester.
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strategies, including study design, data requirements, model selection, pipeline development, sensitivity analyses, documentation, interpretation of results, and transparent reporting. Develop, apply, evaluate