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Variability Lab (led by Professor Emily Farran) and the Cerebra Network (co-led by Dr Moss). They will collaborate with PhD, Clinical Doctoral, Masters and undergraduate students engaged in neurodevelopmental
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scintillators are solution-processable at relatively low temperatures and their radioluminescence can be easily tuneable across the visible spectrum by varying the material stoichiometry. The main objectives
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Masters degree in a relevant discipline and additional research experience would be an advantage. How to apply Applications should be submitted via the Engineering Materials PhD programme page. In place of
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) Related undergraduate / masters degree (chemical engineering, chemistry, physics, environmental chemistry / engineering, or similar) Willingness to learn and adapt to new disciplinary areas. Ability
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, efficiency, and the optimisation of material, energy, and waste flows. The main tasks include: Developing Digital Twins: Using data from other work packages, we will create digital twins (DTs) for waste