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Field
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collaboration, and is driven by the opportunity to create real-world solutions to complex energy challenges. You will lead modelling, optimisation and feasibility studies, engage with collaborators and
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active role in designing and carrying out dedicated experiments at the LHC accelerator complex. This research project addresses a key question which every hadron collider design needs to face, namely
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use a series of model systems with increasing complexity, including patient derived spheroids, to recreate the breast tissue during obesity we study cellular metabolism via our dedicated MS facility. In
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use a series of model systems with increasing complexity, including patient derived spheroids, to recreate the breast tissue during obesity we study cellular metabolism via our dedicated MS facility. In
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start/end times and compressed hours arrangements. The post will include Conducting research into ultrasonic cleaning mechanisms, including cavitation modelling and optimisation for concrete surfaces
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or (iv) develop new representations of phytoplankton physiology/productivity. The post will be based around using and/or developing the ocean model PISCES, which is a complex model representing the cycling
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handling of anhydrous hydrogen fluoride and the development of physical organic models to assess their reactivity. High level computational techniques will be used to aid understanding. This exciting
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funded by UKRI and is fixed-term to 31 December 2026. This is an on-site position only. The project aims to develop a computational model for biodegradable polymers degrading in water under mechanical
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, and robust communication links for operation in complex biological environments. The role involves advanced electromagnetic modelling, system-level simulation, and experimental validation to achieve
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who has been working in an academic or commercial research laboratory/company related to the differentiation of human iPSC into different cell lineages, and the assembly of complex tissue culture models