40 algorithm-development-"https:"-"UCL" Fellowship positions at UNIVERSITY OF SOUTHAMPTON
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) transplants. The EIC‑funded HeartVision project aims to change this by developing a method to image heart cells as they function. Heart failure remains the leading cause of death worldwide, and currently
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political impacts (see: https://i4i-project.com/ ). The post holder will develop the cross-cutting conceptual schemes and empirical analyses that unite the different work packages of the project. This will
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related to staff position within a Research Infrastructure? No Offer Description About Us University of Southampton has been awarded funding to develop and host a Specialist Centre for Public Health
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researcher with good experimental skills who is willing to conduct research independently and collaboratively, and who values contributing to a supportive team environment. You will also help train and support
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strategic interaction. The project will use EEG and hyperscanning methods alongside behavioural and naturalistic measures of social interaction. The Research Fellow will support the development and piloting
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diverse range of organisations with expertise in research, capacity development and working with people and communities to deliver a step change in maternity outcomes and developing future research leaders
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channel systems. The project brings together evolutionary biology, pharmacology and organismal biology to investigate how sensory systems evolved during the early evolution of animals. Particular emphasis
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to Metaverse, Artificial Intelligence, Web 3.0 and blockchain technologies, while contributing to the development of an interdisciplinary academic–industry research ecosystem. The postholder will be expected
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of Seaborne Trade from European Archives, led by Professor Craig Lambert. Uncharted Maritime Worlds is a major European Research Council project investigating the development of seaborne trade, shipping and
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at high powers. The project will involve a collaboration between Southampton and Oxford, with the Oxford team led by Professor Dmitry Uzdensky. Oxford will develop the theoretical and analytical basis