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techniques. The postholder will contribute specialist expertise in the acquisition, processing and interpretation of EBSD datasets and will help expand the use of these techniques within ongoing research
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, with opportunities to lead analyses, develop new expertise and contribute to high-impact scientific publications, and must have: A PhD, or equivalent research experience, in computer sciences
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at establishing synthetic motion as a new paradigm for spatio-temporal metamaterials. Collaboration within a multidisciplinary team involving experimental and theoretical physicists. Involvement in publications
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using techniques such as X-ray micro-computed tomography and X-ray Absorption Near Edge Structure (XANES). You will also undertake laboratory-based imaging and develop analytical workflows to process and
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(XANES). You will also undertake laboratory-based imaging and develop analytical workflows to process and interpret complex 2D and 3D datasets. Working closely with the research lead and an
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one system from concept and circuit design through PCB design and fabrication to a working proof-of-concept prototype. The successful candidate will be proficienct in schematic capture and PCB layout
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-particle Electron Microscopy (cryo-EM), including data acquisition, image processing, three-dimensional reconstruction and structural analysis Practical experience in a biochemical laboratory and/or handling
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aims to transform our understanding of early human brain development through the integration of cutting-edge imaging technologies, experimental neuroscience, computational approaches and clinical
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may include electromagnetic ISAC channel modelling, waveform and transceiver design, sensing signal processing, AI/ML-enabled radio interfaces, MIMO beamforming and channel estimation, interference
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molecules. Human physiology is governed by thousands of dynamic components interacting across vast biological scales. While advances in imaging and molecular profiling have transformed individual disciplines