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important topic of healthy aging. By 2030 it is estimated that 17% of the global population will be over the age of 65, which is expected to double by 2050. Ageing is accompanied by structural and functional
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models with infinite state spaces. We will investigate new ways to restrict non-determinism that maintain high expressiveness while simultaneously allowing for efficient verification procedures. In
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-2025). Scaling explains how the machinery that controls pattern formation in development adapts, so that organs of different sizes show proportioned structures: the same developmental machinery can build
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requirements, relying, for example, on increased granularity and lower material budget. You will play a leading role in evaluating the performances of a number of prototype test structures and stitched sensors
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are carried by electrons) and biological systems (where signals are carried by ions). This research will cover theoretical models at many scales including electron dynamics, soft-matter physics, materials
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This role is an exciting opportunity to work on the interplay between biology and physics on ocean carbon sequestration by the Biological Carbon Pump. You will run an ocean biogeochemical model
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“LAHAR-MM: An integrated approach to LAhar Hazard Assessment and eaRly warning using geophysical Monitoring and numerical Modelling”. This project will investigate the characteristics and flow behaviour
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the evaluation of the local food environment context in Liverpool, how it affects communities in social housing experiencing food insecurity, and the epidemiological modelling of the impact of a series of
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for informing rheological characterisation of living and model algal cell walls in dynamic and physiological environments. This exciting project aims to reveal the mechanical properties of the cell walls
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of materials (e.g., combining structure prediction and machine learning). For example, we work closely with experts in computer science as part of the Leverhulme Research Centre for Functional Materials Design