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for both fundamental physics and applications. The aim of the project is to quantify the ability of novel detectors to distinguish different sources of neutrons. The project will involve extensive field-work
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This studentship is fully-funded by an EPSRC Industrial Doctoral Landscape Award in partnership with the National Physical Laboratory. The successful applicant will be welcomed into our world
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investigating key nuclear reactions for both fundamental physics and applications. The aim of the project is to establish new methods to measure neutron-induced reactions for nuclear applications. This will
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in indirect damage inspection is that damage causes changes in physical properties of the structure, which can lead to altering the vibration behaviour of the structure. The challenge in indirect
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resonances, caused by the neutron being absorbed by the target nucleus. Positions and widths of these resonances cannot be predicted and must be measured. This energy range is called the “resolved resonance
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of such states is needed to understand processes in which nuclei react or decay, producing highly-excited systems which then decay, cascading through the series of excited states. In principle a precise knowledge
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uncertainty in financing and insurance, this research will enhance the resilience of offshore wind farms and secure the UK’s leadership in trustworthy AI for renewable infrastructure. This project is co-funded
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He). Their behaviour is governed by many-body correlations and subtle forms of order that are often inaccessible to classical probes. Superconducting quantum circuits provide a uniquely sensitive
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The project is in close collaboration with the National Physical Laboratory and benefits from the scientific environment and resources provided by the Centre for Vision, Speech and Signal Processing
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scintillators to X-rays and gamma rays using radioisotopes and X-ray generators. The student will be registered on the Physics PhD program; however, the nature of this research project is highly multi