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modules for modelling two-phase gas-water flows using a pore network approach developed in the iMorph software. He/she will also be responsible for developing new modules for simulating sorption phenomena
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) funded project. The objective of this project is to use dissolved helium concentrations in the determination of pore-fluid residence, spatial variance and their temporal relationship with associated
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) the variations in groundwater level and pore pressure during pumping; - develop and test inversion methods (1D or even 2D) of hydro-mechanical variations at depth, acquired at various experimental sites over
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have a PhD in Physics, Molecular Biology, or related field and ample experience working with pore fabrication and computer control of hardware. Molecular biology experience is a plus. Candidate must have
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Researcher. The candidate will have a research focus on carbon capture utilization and storage (CCUS) and natural hydrogen systems.. The applicants must possess the research capability of working on pore
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graphene structures, aerogels and xerogels would be studied. The impact of the drying technique on the graphene gel, with respect to pore structure would be investigated. Thus, the principal aim
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epigenetic/epitranscriptomic modifications regulate 3D genome architecture and gene expression. To address this question, we use cutting-edge chromatin conformation assays such as Hi-C, Hi-ChIP and Pore-C in
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of complement inhibition on certain anti-bacterial defence mechanisms using in vitro assays. The postdoc will be tasked to study the molecular mechanisms of complement activation and pore formation on bacteria
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group, and collaborators; and presenting research at scientific meetings. Desirable research experience: • Biosensing • Nanopore sequencing • Single pore ion transport measurement • Protein Expression
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regimes as evidence by post-glacial destabilization of sub-seabed gas hydrates, release of shallow methane stores and discharge of isotopically lighter pore fluids in groundwater releases from now