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team focused on the use of enabling technology, such as flow, to control complex chemical processes. With projects in supramolecular synthesis, organic materials, industry processes, automated
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which the interactions with molecular water are controlled. Working as part of a multidisciplinary research team, you will design and synthesis of ionophores and the generation and characterisation
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controllable molecular motion. In this role you will be expected to manage your own academic research and administrative activities, to supervise other team and lab activities when asked and to coordinate work
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contemporary semiconductor and export control policy against Smith’s defence-versus-opulence principle. Lead the drafting of one to three long-form public-facing essays and take a lead role in public engagement
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scientific data from a variety of sources, reviewing and refining working hypotheses as appropriate, They will use experimental equipment including 1 atmosphere furnaces with controlled gas-mixing and piston
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six months. The project involves the synthesis of synthetic supramolecular transport systems for ions and other polar molecules that function within lipid bilayer membranes, and which can be controlled
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assessing induced pluripotent stem cell-derived cardiomyocytes (iPSC-CMs) Processing and synthesising electroactive biopolymers for regenerative medicine and controlled drug delivery Fabricating and
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school; philosophy of the Viśiṣṭādvaita Vedānta school; epistemology in Sanskrit philosophy; philosophy of language in Sanskrit philosophy; deontics in Sanskrit philosophy. Command of Sanskrit Teaching
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analysing B-cell receptor (BCR) transcriptomics data from VITT cases and control groups, performing transcriptomic analyses to understand post-vaccination immune responses, and conducting structural analysis
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associated risks. This will include analysing B-cell receptor (BCR) transcriptomics data from VITT cases and control groups, performing transcriptomic analyses to understand post-vaccination immune responses