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at Earth’s surface and imaged geophysically, and rock mechanic experiments to benchmark how host rock physical properties and deformation patterns change with space and time during magma emplacement
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-thermal evolution in magnetars. The project will involve performing numerical simulations to study magnetic fields in the cores and crusts of neutron stars, using and extending one or more existing codes
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understand disease progression in patients at risk of scleroderma or patients who have received a diagnoses. There may be a focus on imaging based projects (both magnetic resonance imaging and ultrasound
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to study tidal flows in spherical or ellipsoidal geometry, using and extending one or more existing codes. The results from these calculations will be applied to interpret current observations of extrasolar
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of natural joints? Do you want to contribute modelling outcomes for publication in biotribology? This is a short-term position to develop and study the underlying ultra-low friction mechanisms of natural
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advanced scientific projects. The fellows will be assigned to one of the following research projects based on their expertise: 1. Stem Cell Characterisation in Health and Disease (2 positions available) 2
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will be expected to start between 1 August 2025 and 30 October 2025. If you have already been offered or hold a professional research or academic-related position with a contract for 12 months or more
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prior to starting the position, with a research track record on multi-drone coordination, in particular on distributed approaches such as collective and reinforcement learning. You will be excited