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membranes to probe, sense or replicate cellular behaviours; and a deep-rooted understanding of the emergence and evolution of cellular processes at the molecular level. Background: While prebiotic pathways
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concepts with simulated scattered signals DC3 – developing an RF electronic system able to synchronize coherently signals received on different Cubesats DC4 – Calibration of GNSS-R products for soil moisture
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are being funded, one focussing more on the development of magnetic resonance methods to study the fundamentals of molecular transport and reaction processes in catalysts, while the other project focusses
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molecular hydrogen underground, to be recovered during periods of low renewables generation. Hydrogen storage is a relatively new area of research and is of increasing importance. For both carbon dioxide
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://academic.oup.com/bjs/article/110/2/133/6677613 Candidates should have (or expect to obtain) a first or upper second class degree in molecular or cell biology or an allied subject. Applicants with relevant research
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. This will include extending recent work on the dynamic behaviour of piled foundations to account for layered soils. A range of semi-analytical and numerical models will be used. Simplified Models
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parameter estimation, model comparison and tension quantification in GNSS-R problems Applying the cutting edge of Likelihood-free inference techniques for simulation-based predictions Exploring the use
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concepts with simulated scattered signals DC3 – developing an RF electronic system able to synchronize coherently signals received on different Cubesats DC4 – Calibration of GNSS-R products for soil moisture
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fluids, these systems can be relatively compact and therefore minimize overall system cost and size. The project will use high fidelity simulations (Direct Numerical and Large Eddy Simulation
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) the PhD student will work on to design of novel antenna systems and calibration techniques for application-specific solutions, meeting the need for high information and data volume and high dynamic range