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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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for devices containing quantum materials. The project addresses this gap by developing measurement protocols which test the Hamiltonian hypothesis and hence support the materials discovery process. [1] E. Lupo
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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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Environment This studentship is based at the Centre for Vision, Speech and Signal Processing (CVSSP). CVSSP is: The largest UK research centre in its field Ranked 1st in the UK for Computer Vision research
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collaboration with the National Physical Laboratory and the Institute of Cancer Research and benefits from the scientific environment and resources provided by the Centre for Vision, Speech and Signal Processing
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scintillators are solution-processable at relatively low temperatures and their radioluminescence can be easily tuneable across the visible spectrum by varying the material stoichiometry. The main objectives
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the average values of the widths and spacings between two adjacent resonances. This energy range is called the “unresolved resonance region” (URR). Current computational methods treat the resonances in the URR
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/structural/mechanical engineering with experience and interest in structural dynamics, vibrational analysis, train-track-bridge interaction, signal processing, data science and machine learning. The successful