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-cell tracking using advanced MRI techniques. As part of the Experimental Magnetic Resonance Group, you will explore immune cell behavior in vivo using time-lapse MRI, intravital microscopy, and
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engage in immersive, simulated construction tasks, while wearable sensors monitor their physical effort, emotional states, and cognitive load. Physiological and behavioural data — including eye tracking
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and de-fossilizing 1.5m buildings and 7m homes by 2050. Existing approaches in practice are too slow and inefficient to meet these targets. The PRE-MADONA project develops a game-changing solution that
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transitioning 7 million homes to fossil-free energy by 2050. Current renovation approaches are too slow and inefficient to meet these targets. To build capacity, it is important to utilise the available resources
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1.5m buildings and 7m homes by 2050. Existing approaches in practice are too slow and inefficient to meet these targets. The PRE-MADONA project develops a game-changing solution that incorporates data
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recognizes hydrogen as an efficient, low-carbon solution to achieving greater industrial sustainability and meeting net-zero targets. Implementing this vision necessitates a diverse array of technologies
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offer key insights into the role of lipid asymmetry in biological membranes and its influence on membrane protein function, with potential applications in the development of lipid-targeted therapeutics
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apply a range of single cell genomics technologies on clinical biopsies combined with bioinformatics, and a range of targeting strategies in mouse disease models. As a member of the Center of Excellence
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through accidental faults and targeted cyberattacks and how large scale constellations can achieve the same properties to protect for example, our energy grid. This position is initially funded for three
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to measure how young brains track information content within screen media in real-time. The project will involve collecting and analysing EEG, fNIRS and home wearable recordings from babies and children