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this project you will develop and test a range of these inhibitory peptides, based on prototypes already developed in the lab. In parallel you will develop a recombinant method of peptide production that will
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opportunity to work and train with diverse academics from across the natural and social sciences, engineering and humanities and gain a multidisciplinary understanding of the complex challenges facing the agri
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speed up the process of masonry bridge construction. The project will also develop advanced digital design tools, targeting digital manufacturing approaches such as CNC carving where complex shapes
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: to understand the electrical properties of select inorganic and hybrid perovskites and to use this understanding to develop and proto-type improved devices based on these novel perovskites. We will study the
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will be to develop new optical science and devices for both ultra-compact photonic circuits and for observation and manipulation of optical quantum phenomena, such as single photon emission and new
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proposed here will be used to develop novel control strategies (based on the same principle) that are applicable in practice. During this project, you will gain significant experience in: - Computational
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surface tension. 3. Develop engineering guidelines for process optimisation and scale-up with an open-access solvent supported by new packing data from this project. The output of the project will inform
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chlorinated compounds, which are very frequent pollutants in both industrial and rural areas, and which are highly toxic. In this project we aim to develop a new approach to the abatement and degradation
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solvent physical properties, such as density, viscosity and surface tension. 3. Develop engineering guidelines for process optimisation and scale-up with an open-access solvent supported by new packing data
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of unhealthy behaviours - emerge and change over time. But which theories are useful for understanding these phenomena and devising effective interventions to change them? This project will develop