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well as to national and international workshops/conferences and to overseas collaborators) as well as computer equipment (laptop). A strong background in mathematical physics and/or algebra is essential, in particular
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industrial design of the coil housing, and a track record of developing custom-built coils for UHF MRI. You must hold a PhD in MRI physics, electrical/electronic engineering or a related subject. Expertise in
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led by Prof. David Flynn, and make leading contributions to the cybersecurity and resilience of federated (networked) digital twins. You will conduct cutting-edge research in cyber-physical security
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texts and textual apparatus for The Collected Shorter Fiction; following up on queries identified in the checking process; contributing to the drafting of explanatory notes and of the composition
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led by Prof. David Flynn, and make leading contributions to the cybersecurity and resilience of federated digital twins. You will conduct cutting-edge research in cyber-physical security, resilience and
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16th September - 19th November. Further information on key dates and the assessment process are available at at the following page: www.gla.ac.uk/colleges/mvls/mvls2033/recruitment/fellowships Terms and
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and Condensed Matter Physics research group, including current instrumentation and research interests, see: https://www.gla.ac.uk/schools/physics/research/groups/mcmp/ Main Duties and Responsibilities
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, home-built electronics, optical beam profiling and data acquisition and control systems. A significant part of the process is liaising with the many different partners in the project – sub-system
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the quality of the evidence gathered above to inform future research and the uncertainty incorporated into the modelling process. You will also be expected to contribute to the formulation and submission
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physical measures (e*.g. weight and height*), tissue/fluid samples and study associated administration. Data collection will be completed in a variety of community locations (e.g. participant homes, schools