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of education, research, and clinical programs that encourages and supports teamwork and diversity. We champion being a collaborative health care organization, focused on improving patient care and the
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: 15 August 2024 Further details and apply Overview About the Role The overall objective of the project is to develop a reduced-order surrogate model for predicting the ammonia direct injection spray
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to heart and brain image-derived phenotypes of organ structure and function to develop models of biological aging in UK Biobank participants. The role of environmental exposures in driving accelerated aging
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conferences and scientific meetings. The post-holder will have an opportunity to develop their ideas through various collaborations with different research groups. About You The ideal candidate
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for Microvascular Research, Faculty of Medicine, Queen Mary University of London (QMUL). Prof Suzuki’s interdisciplinary laboratory conducts a range of translational research to develop advanced stem cell therapy
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on these measurements, within the scope of this postdoc we will develop an optimised modelling framework using a combination of machine learning and data-driven approaches as well as existing biogeochemical models
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develop an isotope-enabled climate and ecohydrology model system in tropical landscapes. It is expected that the modelling will utilise existing data sets from research sites in Costa Rica, Central America
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education program Career development opportunities for PostDocs, e.g. via Humboldt Graduate School A stimulating working environment on Potsdam's beautiful, historic Telegrafenberg campus, a short commuting
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: Fabricate membranes from various layered materials. Conduct structural and chemical characterization of membranes to evaluate their properties. Utilize and develop high-throughput and automated (robotic
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a novel microscope combining imaging and force spectroscopy (magnetic tweezers); develop/apply simulations and data analysis routines to predict and verify instrument functionality; have the