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-driven designed electrodes. As a Research Associate working on Xerode you will research and develop novel particle engineering and deposition techniques, to produce powders suitable for dry printing
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the alterations and assess the downstream effect on ALS pathogenic pathways in vitro and in vivo. We will support researchers with career development in line with the research development concordat and will support
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and led by Prof Graham Leggett. The aim of our five-year programme is to develop a new modular approach to the creation of photonic materials, inspired by structures found in biological photosynthetic
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Optimization-based control explores the use of optimization algorithms for feedback control of dynamical systems. For example, model predictive control (MPC) is a widely used optimization-based control method
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in handling stall onset and recovery. This project will focus on the modelling and control of hysteresis effects, under the framework of numerical optimal control. The aim is to develop advanced
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to unravel the ecological and functional diversity of MFRE associations. You will be responsible for developing and applying analytical frameworks to interpret these large datasets, enabling new insights
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. Reporting directly to the Director of the CI you will be expected to lead the marketing and engagement activities of the CI, with responsibility for the development and implementation of the CI’s marketing
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data and data from databases Build LCA models and conduct prospective LCA with geo-spatial-temporal approach to forecast future sustainability Develop and conduct supply chain sustainability, resilience
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and led by Prof Graham Leggett. The aim of our five-year programme is to develop a new modular approach to the creation of photonic materials, inspired by structures found in biological photosynthetic
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year round Details Cells in development are constantly on the move — migrating to new locations, changing shape, and coordinating with their neighbours. But at some point, migratory cells must stop