446 web-programmer-developer-"https:"-"University-of-Cambridge"-"https:" positions at University of Sheffield
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their potential applications. To overcome these limitations, this project will focus on developing spin-photon interfaces using emerging QD materials with advantageous properties. Several different materials
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the development of Hyflux’s superconducting aerospace motor, and will inform its development. This PhD would suit an applicant in mechanical, materials or electrical engineering. It will involve both modelling and
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be manufactured using the winding machine at the AMRC’s Factory 2050 and the additive manufacturing machines at the University of Sheffield. The project would lead to the development of skills in
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to achieve the required rail profile. Two grinding regimes are typically used: (i) preventive to return a rail to profile to keep optimal contact conditions for train ride comfort and reducing contact stresses
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EPSRC Centre for Doctoral Training in Fusion Power 4 Year PhD Programme Funding Available Students Worldwide View DetailsApply Online
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obtained from a simulation of a quantum system, a neuronal model of the brain, or evolution of a complex biological system), TDA focuses on identifying critical features like "holes" and "voids" in
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marrow is particularly important because it is the “factory” that produces blood cells. Diseases like multiple myeloma (a cancer of plasma cells) or certain leukaemias develop within the marrow. Many
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infection, which this project, by taking a novel physics-based approach, aims to address. Over the last decade we have developed a suite of atomic force microscopy (AFM)-based tools for probing
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transfer so central to life through photosynthesis, and to the modern world through solar energy, are particularly desirable targets for such control. At the heart of chemical developments in this area lie
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transient absorption. You will use these insights to guide the development of novel organic charge-transport layers from a world-leading synthetic chemist, (Prof. Iain McCulloch FRS, Oxford) to beat the