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Field
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) to train shared models without centralising raw data. In practice, however, individual platforms operate under diverse environmental conditions, sensor calibrations, and system configurations
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for applications is Monday 10th August 2026 Project 26G - Exploiting pathogen interactions to boost potato defence and develop sustainable pest management solutions Supervisors Lead Supervisor –James Price(James
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. The primary aim of this research is to design and develop artificial nanochannels capable of mimicking the diverse sensory functions of biological mechanosensitive receptors. Specifically, the focus is on
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will develop nanoscale devices which use magnons (collective excitations in magnetic order) as information carriers for ultra-efficient, compact, brain-inspired computing. This project is positioned
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design and situate research in broader literature. To use a realist approach to conduct semi-structured interviews to develop a programme theory to ascertain why, how, in what contexts, for whom and to
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how law, regulation and policy connected to social justice are experienced by people in everyday life, such as at home, at work or in education, and how these frameworks take effect in practice. Legal
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of applicants Applicants will be assessed by how well they meet the person specification for this position. This may include: An educational and research background that matches this research project
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to work on a rapidly emerging offshore industry where many key engineering questions remain open. You will: Develop expertise in offshore structural dynamics Work with real-world environmental data and
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to participate in this collaborative research programme. They will be expected to contribute research to central datasets, and will be encouraged and supported to develop high-profile publications at the cutting
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from mild illness to fatal disease. However, the virus-host interactions underlying this variation remain poorly understood. This project will address this gap and develop a rapid diagnostic test to