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mechanisms, as well as complex issues of ethics and public trust. These challenges hinder investigations into critical societal issues and suggest the need for greater data access. Working as part of a new
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entitled “White Matter Computation: Utilising axonal delays to sculpt network attractors”. The central aim of the project is to determine how dynamic patterns of neural activity evolve in a complex network
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of Government is intellectually vibrant with an excellent record in both research and teaching. It provides a supportive environment, enabling colleagues to engage internationally, build networks and deliver
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disease treatment through advanced Digital Twin technology. Based in the Department of Computing and Mathematics, you will lead the design and development of AI-driven models applied to complex healthcare
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team leader. To routinely communicate complex and conceptual ideas to those with limited knowledge as well as to peers using high level skills and a range of media and to present the results
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to address the major complex challenges facing societies. The appointed applicant will lead or work within research projects, contribute to the research record of the Centre for Adult Social Care Research
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disciplines related to the UKRI-funded Supergen Network Plus on AI for Renewable Energy (SuperAIRE). You will also collaborate with different regional and national policymakers and stakeholders, including
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dissect the morphogenesis of complex organs like the heart in exceptional detail, within the physiological context of a living embryo. A key step during vertebrate heart development is chamber maturation
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objects at long ranges with greater accuracy and at lower cost. The SERENE group at University of Birmingham have designed a novel networked OTHR (NOTHR). The initial proof of concept for the design has
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will have experience in the assessment of patients with complex neurological conditions and neurophysiology. As the position is for one day per week it is envisaged that the successful candidate will