36 computer-science-intern "https:" "https:" "https:" "https:" "The University of Manchester" PhD positions at University of Birmingham
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There is growing UK and international interest in networked sensing and autonomous collaborative platforms, where multiple airborne sensors co-operate to collect and exploit data. In contrast
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efficiently dissipate harmful UV energy. Using advanced approaches including ultrafast spectroscopy, and formulation science, you will generate molecular-level insight to guide the design of next-generation
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Award details: The Stanley Ray scholarships were established thanks to the generosity of the late Stanley Ray. These awards are open to all Home and International applicants who are studying a full
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on the degree to which air quality controllability might be affected by SRM using chemistry-climate and chemistry-transport model simulations. You will investigate how an enhanced stratospheric aerosol layer
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A fully funded PhD studentship is available for outstanding candidates to undertake cutting-edge research leading to a PhD in Chemical and Biomedical Engineering. The successful candidate(s) will
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the confinement of metal-organic frameworks (MOFs, Nobel Prize in Chemistry in 2025) as a case study, based on our pioneering work on shock absorption in hydrophobic cavities1. MOFs can offer tiny hydrophobic pores
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group, in the School of Engineering, University of Birmingham. The PhD project: Antennas are a key component of communication and sensing systems; however, existing antenna technologies suffer from a
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including nutrition, physiology, psychology and exercise physiology. The successful candidate will be part of a vibrant PhD community in the school of Sport, Exercise and Rehabilitation Sciences. They will be
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. This interdisciplinary project will bring together cutting edge molecular microbiology, biochemistry, formulation science and state of the art skin models to address a clinically important problem and lay the groundwork
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biology, or the molecular mechanisms used by S. capitis to establish colonisation of the stratum corneum. This project therefore aims to exploit our new finding and to functionally characterise S. capitis