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to evaluation of the workstreams and theory of change development and work with the Project Team to embed policy insights into Technical and T Level environmental science opportunities that will be disseminated
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. Experience of developing new quantum-mechanical methods in one or more of (i) atomic or molecular collision theory; (ii) molecular spectroscopy and dynamics; (iii) molecular quantum mechanics; Strong
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* algebras Strong convergence Random matrix theory Geometric group theory Spectral geometry Skills Demonstrable ability to work cooperatively as part of a team, including participating in research meetings
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the statistical theory behind the generation of turbulence and its effect on optical beams, develop software tools to simulate light propagation through the atmosphere, and create new and novel instrumentation
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settings, barriers and facilitators to delivery and whether the project theory of change is supported through the implementation and process evaluation. The successful applicant will be expected to project
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Engineering, Science and Theory (NESTiD) · Scientific Computing (SciComp) · Artificial Intelligence and Human Systems (AIHS) · Vision , Imaging, and Visualization (VIVID) We are ranked 4th in the UK