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fundamental research on the evolution of massive binary stars, with a special focus on the systems that give rise to gravitational-wave sources. This theoretical project will be at the intersection of stellar
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PhD candidate, you will contribute to both aspects, from studying the brain’s control of movement to applying these insights in the development of closed-loop brain–computer interfaces aimed
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and what it reveals about the person speaking? Do you care about the privacy implications of speech data and supporting the development of responsible AI for speech? Are you interested in coming
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Vermeulen Lab, you will develop and apply innovative omics strategies. Protein–protein interactions and dynamic protein states are important for cellular identity. Aberrations in proteins drive oncogenic
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want to study the role of protein regulatory networks in the context of cancer? As a PhD Candidate at the Vermeulen Lab, you will develop and apply innovative omics strategies. Protein–protein
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. Kirilyuk. Two PhD positions are available: Ultrafast dynamics of phonon‐driven magnetic switching ‐ You will develop new ways to optically control the magnetic state of materials with the lowest possible
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(on Ecological Momentary Assessment [EMA] data), aiming to develop new ways to quantify fast and slow fluctuations of fatigue in real life, based on complexity theory. Then, you will co-design and conduct a study
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for a PhD candidate with a background in numerical analysis to contribute to the development of numerical methods for inverse problems in wave propagation. You will become a member of the Department
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community! We are looking for a PhD candidate with a background in numerical analysis to contribute to the development of numerical methods for inverse problems in wave propagation. You will become a member
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% teaching load. You will also have the opportunity to further develop your skill set by attending courses that are relevant for your project and general development. Would you like to learn more about what