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function, but to develop the molecular tools the global research community needs to investigate them. This is fundamental, high-impact bioscience with the potential to unlock new therapeutic strategies
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compressible gas dynamics, heat transfer, free-surface/melt behaviour, and mass transfer driven by phase change, within a GPU-accelerated solver to reduce simulation turnaround times. You will develop and
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compressible gas dynamics, heat transfer, free-surface/melt behaviour, and mass transfer driven by phase change, within a GPU-accelerated solver to reduce simulation turnaround times. You will develop and
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. Using dynamic covalent chemistry, molecular switches and reversible polymerisation, we’ll explore new ways to tune droplet growth and stability. The goal is to develop design rules for materials with
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erosion, and rising sea levels—demand new digital solutions that can help scientists, policymakers, and communities visualise environmental change and interact with simulated scenarios spanning the past
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rather than the structured biofilms found in real-world environments. This project investigates how engineered surface topographies influence HGT dynamics, aiming to develop design principles for materials
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collaboratively within a dynamic team, utilising cutting-edge technology to create low-cost and user-friendly sensors for deployment by citizen scientists. The project will involve co-designing the sensors with
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to understand these dynamics. This project proposes a novel pipeline of ideas to generate tools and techniques to simulate HIV infection dynamics using a multiscale agent-based modelling technique (cells, viruses
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at scale. Training and Student Development: The student will gain interdisciplinary training in: Advanced molecular cloning, CRISPR-Cas systems, and genome engineering Bioreactor operation and process
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validate innovative origami-paper eDNA sensors for the rapid detection of chemical and microbial contaminants in river water. The successful candidate will work collaboratively within a dynamic team