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optimising the deployment of teaching expertise across the Faculty. The Faculty has unparalleled expertise in basic, translational and clinical research in: analytical and forensic science; asthma and allergy
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, your PhD in a relevant discipline, such as cognitive neuroscience, psychology or related subject. You will be self-motivated, comfortable with both analytic and critical thinking, and have a strong
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analytical experiments and first-principles calculations revealing causal links between material microstructure, electronic properties and degradation pathways. This programme will generate vital progress in
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: Essential criteria 1. PhD qualified in relevant subject area (or pending results) (theoretical physics, statistical/condensed matter physics or related areas) 2. Knowledge and analytical skills in
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: Essential criteria PhD qualified in relevant subject area (or pending results) (theoretical physics, statistical/condensed matter physics or related areas) Knowledge and analytical skills in: aspects of non
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chemistry or a closely related discipline (or near completion). Strong background in synthetic organic chemistry, including multi-step synthesis. Expertise in analytical techniques, particularly NMR
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the EPSRC grant “Extreme Values of Complex Systems: Random matrices and L-functions”. Candidates with broad interests in random matrix theory, analytic number theory, probability or statistical physics
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independent research in theoretical nonlinear fibre optics, or in soliton theory and the nonlinear Fourier Transform. Previous experience in the analytical investigation and numerical modelling of light
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data sets and climate model outputs Analytical skills, including experience with multivariate analysis, time-series, and geospatial statistics Previous research experience and publication record Ability
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experience in the electrical or optical characterisation of semiconductors or photovoltaic devices. You will possess strong analytical, organisational, and communication skills, a proven record of publication