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between these molecules to engineer new quantum states. However, so far it is not well known how to achieve entanglement with molecules with such plasmonic systems. This PhD project will focus on developing
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pressure, not localized contractile forces. This project will develop a soft, capacitive iontronic sensor array integrated into a swallowable capsule to capture spatiotemporal pressure profiles of
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. This project will develop a proof of concept ingestible device that attaches to the gut lining using microneedles for long term monitoring of luminal neurotransmitters. These microneedles will not just penetrate
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Join the University of Birmingham for groundbreaking PhD research to make 6G possible! Future radio communication systems (6G and beyond) will use frequencies above 100 GHz to achieve bit rates
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matter, such as how droplets form, merge, and stay apart. This research not only deepens our understanding of chemistry but also supports the development of new materials, medicines, and environmentally
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gaps, and to apply and develop different approaches to recording, monitoring, and conserving tracks. This work will form the evidence base for: [1] considering the merits and practicalities for fossil
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drugs at the target site, using only an internal battery and on-board sensors for fully autonomous operation. The overarching goal is to develop a battery-powered ingestible capsule that autonomously
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Advances in manufacturing science have resulted in unprecedented research and development in the design of ‘micro-swimmers’: microscopic entities that navigate fluid environments by converting some
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realistic timescale for their development. This PhD studentship is under the supervision of Dr Jacqueline Edge (j.s.edge@bham.ac.uk) and based in the School of Metallurgy and Materials at the University
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Integrated Biosciences Training Partnership, funded by BBSRC and in partnership with the University of Warwick, Aston University, Harper Adams University, Coventry University, and the University of Leicester