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. aureus and corneocytes in the stratum corneum. We discovered that fibronectin binding protein B and clumping factor B, cell wall-anchored proteins displayed on the surface of S. aureus, mediate bacterial
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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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partitions of unity that are unavailable in the analytic setting. We expect to apply these techniques to geometry, quantum mechanics, and other fields in mathematical physics. The project will be supervised by
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). Secondly, impurity seeding of plasma to improve performance will further degrade component erosion/redeposition issues. Thirdly, this is critically tied to very high temperature operations (>800 C and upto
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mechanisms to survive in the presence of a range of molecules such as antibiotics, biocides, and solvents. First, their envelope prevents entry of such molecules. Second, efflux pumps actively pump toxic
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anchored protein adhesins that bind specific host ligands on the skin surface, enabling stable colonisation and persistence. This PhD project aims to define the molecular mechanisms underpinning S. aureus
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silicon-based photovoltaics, led by Prof. John Murphy (https://www.birmingham.ac.uk/staff/profiles/eese/murphy-john ) and Dr Sophie Pain (https://www.birmingham.ac.uk/staff/profiles/mechanical/pain-sophie
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of Bristol and University of Oxford. Candidate requirements: Essential: 1st class undergraduate or Master’s degree (or equivalent) in Aerospace Engineering, Mechanical Engineering, or related discipline
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, combining fluid and particulate mechanics with relevant physical and chemical phenomena such as temperature evolution, rheological change, and cure behaviour. These models will generate new insight into a