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Field
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The project starts with a literature review on shock and vibration mitigation techniques in rotary steerable tools and similar downhole systems to establish the current state of the art and identify
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of Physics in the Faculty of Science is looking for a full-time (100%) doctoral scholarship holder in the field of low-noise readout electronics for next-generation gravitational wave detectors. The group is
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%) doctoral scholarship holder in the field of low-noise readout electronics for next-generation gravitational wave detectors. The group is an active member of the Virgo, Einstein Telescope (ET), and
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Doctoral Network funded by the Marie Sklodowska-Curie Actions (MSCA), dedicated to advancing innovative solutions for vibration and noise control in lightweight structures (https://cordis.europa.eu/project
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diagnosis and management, such as velocity, wall shear stress, and turbulence. However, its clinical application is currently severely limited by high noise (low signal-to-noise ratio) and low spatial and
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to cases with low signal-to-noise ratio and low-power operation. A first research direction will focus on investigating innovative energy harvesting techniques aimed at powering sensors without the use
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test whether granular vibrations – “granular heating” – are what weakens these flows and lets them run so far. Working with Dr Eric Breard in the School of GeoSciences and with international partners
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(incl. roads, railways, and waterways) as well as their associated engineering structures (bridges, retaining walls, noise barriers, and hydraulic structures). A wide range of remote sensing data may be
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and ultra-stable Fabry-Perot cavities. This platform ensures the possibility to measure phase noise and frequency stabilities of optical signals in the 10-16 range and below. The team is a first-circle
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, high vibration levels, and complex magnetic field behavior. This research project aims to propose design optimisations to enhance the performance of BDFMs and position BDFMs as a competitive alternative