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shaping techniques becomes challenging for mm waves, as all the circuit elements must scaled down to a comparable size or smaller. Our approach is to instead use so-called Huygen’s metasurfaces to shape
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. The post The successful applicant will assist in all aspects of the project Writing tasks at school and university. The post will include: Assisting in conducting a literature review and document analysis
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physics through to applications, and the student will develop skills in electromagnetic simulation, nanofabrication within a state-of-the-art cleanroom, experimental optical systems and data analysis
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on health and use economic methods to evaluate relative costs and benefits. This may include use of health impact assessment methods, statistical analysis of secondary data sources to estimate health impacts
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include undertaking research, as appropriate, to support the project including contributing to the delivery and analysis of a large-scale questionnaire survey, conducting qualitative research interviews
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should have excellent theoretical and numerical analysis skills. The successful applicant will also be able to work collaboratively, supervise the work of others and act as team leader as required
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will be required to carry out method development, quality control, data interpretation and analysis as well as keep up to date with developments in MS instrumentation and methods. The post-holder will
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for data analysis and JULES model output Understand state of the art representations of plant hydraulics and heat stress within vegetation in land surface models Prepare JULE simulations at experimental
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and young people Experience working in R and R Studio to manage and wrangle data Experience with longitudinal methods and data analysis To apply for this assignment, or for more information, please