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resistivity data but will also consider applicants with experience more focused in relevant geophysical data analysis. The Research Fellow will join an international team in the project “Quantifying evolution
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health risks in multimorbidity populations. The role requires strong organisational skills, independence, and proficiency in statistical analysis. You are expected to prepare findings for publications
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+, active galactic nuclei and analysis of interferometric data. Informal enquiries are welcome via email to Prof Sebastian Hoenig, s.hoenig@soton.ac.uk .
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in the application of rock physics models to seismic and/or resistivity data but will also consider applicants with experience more focused in relevant geophysical data analysis. The Research Fellow
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experience in numerical modelling and analysis, particularly in optimisation and/or complex mechanical systems simulation, as well as having a solid understanding of aircraft design and aviation in general
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. Ideally you will also have experience in numerical modelling and analysis, particularly in optimisation and/or complex mechanical systems simulation, as well as having a solid understanding of aircraft
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materials characterization tools; computational multi-physics/electromagnetics modelling and eigenmode analysis for photonic crystals; terahertz far-field spectra measurements or near-field scanning
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anaerobic digestion / anaerobic fermentation systems will be an advantage. A hands-on approach and strong skills in experimental design and analysis are essential, along with a keen interest in developing new
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spatial superposition state and to prove this by quantum optics analysis tools such as Wigner function reconstruction, and to realise position measurements at sufficient high resolution by optical
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modelling and eigenmode analysis for photonic crystals; terahertz far-field spectra measurements or near-field scanning spectroscopy. In this role, you will join an interdisciplinary research group