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formation and to optimise process protocols. The Research Fellow will play a central role in this work. The post holder will design and implement data extraction and preparation pipelines for heterogeneous
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neural circuit mapping, advanced genetics, two-photon functional imaging, and molecular approaches to uncover fundamental principles governing behavioural choice. The post holder will be embedded within
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initial measurements on signal to noise optimisation. The successful applicant will be an integral part of the team comprised of the PI, PostDocs and PGR students, and will assist with the training and
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the underground infrastructure theme within the Quantum Technology Research Hub in Sensors, Imaging and Timing (www.quisit.org ). The successful candidate will focus on designing and conducting large scale
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mitochondrial biology. Previous experience in Drosophila work and confocal imaging would be a strong plus. Role Summary Work within specified research grants and projects Operate within area of specialism Analyse
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within area of functional genomics and developmental genetics Analyse and interpret research findings and results by embryo phenotyping by genomics and imaging tools, publish high quality new results in
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& Rezaval, Curr. Opin. Neurobiol. 2026). Using Drosophila melanogaster, we combine behavioural assays, neural circuit mapping, advanced genetics, two-photon imaging, and molecular approaches to uncover
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under extreme high pressure conditions, to gain a full picture of the physics in a material’s phase diagram and to understand newly-discovered phases as much as possible. You will be responsible
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, studies with diverse populations (children, adolescents, older adults), and advanced neuroimaging techniques (model-based imaging, MVPA, or RSA) is desirable but not necessary. Role Summary Design
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We are seeking to appoint an autonomous and experienced mixed methods researcher. We require a post-doctoral Research Fellow to deliver the process evaluation of the COMbAT Fatigue feasibility study