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tissue electrical polarisation influence cell–matrix interactions during lung fibrosis progression. The postholder will develop bioelectronic in vitro platforms to precisely control matrix deformation and
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explores genetic causes of neurological disorders and aim to develop therapies for these conditions with a high complementary approach, ranging from stem cell modelling to functional genomic. Information
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that will contribute to the development of a sustainable and effective Allied Health Professions (AHP) workforce, with a particular focus on rural and coastal communities and deprived urban areas. The post
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apply them to contemporary policy debates, assessing continuity and rupture. Develop explicit analytical bridges between historical frameworks and current interventions, for example evaluating
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al. Nature Genetics 2020, Costea et al. and Schoeberl et al., Mol Cell 2023, Mol Cell 2025). For a list of ongoing projects and publications, please visit: https://www.kcl.ac.uk/research/pavri-group
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are from outside the UK. Further details are available at www.kcl.ac.uk/nms Further information may be found at: http://www.kcl.ac.uk/physics Key responsibilities Develop high quality research in the field
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such as breakwaters by using computational tools developed in our research group. These tools are based on discrete element method and they have bee validated against experimental data. You will start your
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team and external stakeholders. You will: Conduct palaeoecological fieldwork and laboratory analysis of peat cores, including charcoal, pollen, plant macrofossils and testate amoebae. Develop and apply
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focuses on the development of next-generation materials for specialised engineering environments. Bringing together expertise in materials science, polymer engineering and civil engineering, the research
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group “Atmospheric Transport Processes”, led by Prof. Andreas Stohl, is part of the Department of Meteorology and Geophysics. The group develops the Lagrangian transport model FLEXPART and studies all