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of synaptic inhibition and plasticity in the mammalian cortex. The research will employ studies in rodents, in order to characterize novel mechanisms by which synaptic efficacy changes as a function of the
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with a PhD in Engineering (or close to completion) may apply. You will be responsible for: Design of the first reconfigurable robotic matter in collaboration with world-leading universities and
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, you will use experimental approaches to contribute to a project that is investigating aspects of synaptic inhibition and plasticity in the mammalian cortex. The research will employ studies in rodents
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study the mechanical behaviour of materials important to the aerospace industry. You will utilise a wide-range of mechanical loading and conditioning platforms to deduce the effects of strain, strain-rate
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post in the first instance, with possibility of renewal. You will be working as part of a team to study the mechanical behaviour of materials important to the aerospace industry. You will utilise a wide
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fixed-term for 12 months. The project start date is 1st January 2026. The RESILIENT PoC will focus on the engineering of mechanically durable and optically efficient coatings/films/paints, which may be
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to secure future computing systems at lower costs and performance overheads. About you You should possess a PhD/DPhil in Engineering, Computer Science or other related field, (with the possibility
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The Applied Spatial Biology Oxford Group has an exciting opportunity for a Postdoctoral Research Assistant to join their team. The work will be jointly supervised by Professor Helen Byrne
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THIS IS A RE-ADVERTISEMENT PREVIOUS APPLICANTS NEED NOT APPLY We are seeking a well organised and self-motivated researcher to work on the Faraday Institution funded SOLBAT and/or LiSTAR projects
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of, a PhD/DPhil in biological sciences and have relevant experience in biochemistry, protein purification and microbiology. You should be able to work independently and have enthusiasm to creatively think