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fluid dynamics and brain waste clearance integrate electrophysiological sleep measures with neuroimaging and computational modelling design and oversee complex multimodal human research studies and sleep
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, or computational modelling of complex systems. Proficiency with simulation software (e.g., ANSYS, COMSOL, MATLAB) and numerical analysis methods. Experience in acoustic, structural, and fluid-structure interaction
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. The successful candidate will have: Expertise in astrophysical radiative transfer and computational fluid dynamics Demonstrated expertise in the theory and phenomenology of supernova explosions Experience in
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, electrodynamics, and material science. Expertise in developing and applying modern plasma/HED simulation codes based on particle-in-cell and/or molecular dynamics and/or fluid dynamics methods. Expertise in using
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, electrodynamics, and material science. Expertise in developing and applying modern plasma/HED simulation codes based on particle-in-cell and/or molecular dynamics and/or fluid dynamics methods. Expertise in using
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and data-poor settings. Key research areas include stress prediction, reservoir deformation, fault reactivation, and the interaction between injected fluids, and rock properties. This project offers