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or transmission electron microscopy. Demonstrable productivity including publications. High level analytical capability. Evidence of having developed or invented new methods and the ability to learn new approaches
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computer simulations of ultrahigh-power laser pulse propagation in hollow waveguides and high-harmonic generation. Your simulations and modelling will contribute to the optimisation of the X-ray generation
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conducting surveys and interviews, publishing articles, and supporting scientific networks. Candidates should have a relevant PhD; excellent oral and written communication skills, including the ability
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capability Ability to communicate complex information clearly Fluency in relevant models, techniques or methods (such as BLAST, HMMER, kmer-based analyses) and ability to contribute to developing new ones
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communication skills, including the ability to communicate with clarity on complex information; clear evidence of sufficient breadth or depth of quantitative and qualitative research methods and techniques
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application Ability to communicate complex information clearly Fluency in relevant models (RV modelling, spectral disentangling, post-Keplerian fits, atmospheric modelling, cross-correlation, spectral line
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experience in dealing with telescope will come as a bonus to any application Ability to communicate complex information clearly Fluency in relevant models (transits, ETVs & TTVs, RV modelling, atmospheric
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have the ability to plan and organise work independently and as part of a team. You will have the proven ability to write research presentations and papers for peer review publication as
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; 4. Computation for Physics. An ability to work on Theme 4 is preferred for the 30 month position, but the programme grant is flexible and applications from candidates with the potential to work on any
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data scientist with the ability and confidence to lead the development and implementation of multi-omics frameworks and the ambition to identify potential translational opportunities. The purpose