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Two positions exist, for a Research Assistant/Associate in the Department of Engineering, to work on a reactor-physics based assessment of the role of uncertainty in a severe nuclear accident. The
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researchers, willing to work on this challenging project at the boundary of biology and quantum physics are welcome to apply. Education & qualifications: Applicants should have, or be close to obtaining, a PhD
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Science, Statistics, Physics, Hydrology, or Information Engineering At least one first authored publication in a referred journal Strong record of productive and creative research, demonstrated by
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, modifiable radiation transport code, SCONE. We are looking for software developers/researchers with experience of implementing physical models who are keen to understand radiation transport and Monte Carlo
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area [see, for instance, Applied Physics Letters 117, 124006 (2020) and Applied Physics Letters 118, 011103 (2021)]. The key responsibilities and duties are: Carry out research in aperiodic photonic
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for ultra-efficient jet engines Advanced modelling of particle deposition and ice accretion for next generation, ultra-efficient aviation engines Multi-physics approach to studying the complex aerodynamic and
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@cam.ac.uk for queries of a technical nature related to the role or Jemma Cosby [email protected] for queries related to the application process. Please quote reference NM41746 on your application and in
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to the space sector, and the PhD candidate will be a key part of this process. Requirements for the candidate: MSc degree in Physics, Engineering, Mathematics, Computer science or related fields. Solid
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allowance). The successful applicant will also have access to research funding at the University of Cambridge and the British Museum. Application process: Applications will need to be made through
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any queries about the application process please contact [email protected] . Please quote reference NR41691 on your application and in any correspondence about this vacancy. The University