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modalities including transthoracic, transesophageal, 3D-echo, strain, fetal and cross sectional imaging. Perform and interpret imaging and physiologic data needed to understand underlying pre and postoperative
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practice plan. The successful candidates will be expected to Perform a wide range of non-invasive cardiac imaging modalities including transthoracic, transesophageal, 3D-echo, strain, fetal and cross
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Job Purpose You will contribute to a project Development and application of advanced high-resolution 3D cellular and subcellular time-course imaging in the beating heart” working with Professor
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missions (e.g. spacecraft telemetry, experiment results, technical reports, 3D models); support the cataloguing and profiling of data assets, identifying how they are structured, where they are stored, and
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executed, ideally involving 3D image analysis, inverse problems, or physics-informed modeling. Cryo-EM/ET and computational structural biology projects are especially relevant. Discuss results, limitations
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on advancing research in generative models for spatial intelligence, with applications spanning 3D perception, scene understanding, and robotics. The selected candidate will work in a collaborative research
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large geologic datasets. Proficient with Microsoft Office suite of products (especially Excel) Ability to use ESRI ArcGIS mapping software Knowledge with 3D modeling software such as Petrel or Kingdom
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of various components of viral proteins and cellular cryoET structures of virally infected cells. Build atomic models and Alphafold models to the resulting 3D structures of these complexes and tomograms
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release; Conducting assays in 2D cell cultures and 3D glioblastoma tumor models; Evaluation of permeability in in vitro models of the blood-brain barrier (BBB); Study of antitumor activity and the cellular
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. The fellowship is due to start in July 2026. . WORK PLAN: The candidate must complete a PhD in accordance with the following plan: A. Development and optimisation of a 3D printer incorporating plasma technology