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. Current diagnostic methods rely heavily on subjective patient reports and dental assessments, often failing to detect the condition until significant damage has occurred. This leads to delayed interventions
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characteristics of the targeted communities. Polygeneration design methods, control optimisation and thermoeconomic evaluation may be used during the project. The research will benefit from our current academic
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digital recruitment methods. Build and maintain relationships with key stakeholders Plan and deliver short-term projects in collaboration with colleagues across MARC Assist with the recruitment, training
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of hyperpolarised xenon for brain oximetry. Using multi-modal imaging methods and animal models this project seeks to understand the application of hyperpolarised xenon to detect early signs of brain diseases
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the epithelial cancer cells. This project aims to re-create the HNC TME using a range of methods to develop better understanding of HNC pathogenesis and treatment. Entry Requirements: Candidates must have a first
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global castings industry. The AMRC Castings Group is a leader in advancing casting technologies and techniques. Our team provides advanced casting expertise, including computer process modelling, design
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on advanced characterisation related to understanding average and local structural effects within the system. Experimental methods will include in-situ synchrotron and spallation source measurements, X-ray and
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Details This project explores the textual transmission and cultural influence of Petrarch’s poetry across different literary traditions and languages, integrating computational methods to enhance
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facing the UK’s programme of remediation and restoration of the Sellafield site, expected to be complete in the next century. The PUMaS hub will support ~20 PhD students along with research staff, creating
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Computational photochemistry/Vibrational control in transition metal complexes School of Mathematical and Physical Sciences PhD Research Project Self Funded Prof AJHM Meijer Application Deadline