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an advantage: plasma surface functionalization; electrode/electrolyte interfaces; battery degradation modelling; microstructure-resolved modelling; tomography or image-based electrode modelling; machine learning
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fraction of the user base is studying batteries and battery materials. This X-ray Diffraction – Computed Tomography (XRD-CT) postdoctoral research position is hosted by the Division of Solid Mechanics
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the development of bespoke solutions for cancer imaging based on spatial analysis and kinetic modelling techniques. This strand would involve adapting in-house models for Positron Emission Tomography data to other
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not ready for non-expert users. The goal of the project is to develop both the previously demonstrated X-ray microscope mode and the holo-tomography mode. This includes developments of software
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central part of the project will be structural analysis by cryo-electron tomography and, where applicable, single-particle cryo-EM. The postdoc will prepare vitrified samples of bacteria undergoing actin