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About EIT The Ellison Institute of Technology is establishing a world-class R&D facility at Oxford Science Park to drive sustainable innovation in health, food security, climate change, and AI
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medicinal chemistry for the design and synthesis of potential drug candidates and is seeking a Ph.D scientist with expertise in these fields. We are a dedicated an internationally leading team offering a
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outcomes-based finance such as impact bonds, carbon–biodiversity credits, blended finance structures, and the design of decision-support tools for conservation investment. You will collaborate with
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. The successful candidate will work closely with chemists, molecular biologists, and clinicians to design and synthesize chemical conjugates for nucleic acid delivery. This will include linker chemistry
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to design and synthesize chemical conjugates for nucleic acid delivery. This will include linker chemistry, oligonucleotide modification, and bioconjugation to peptides, lipids, polymers, antibodies
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well as in understanding and leveraging internal representations in deep-learning models, and in dataset design and curation for embodied tasks. You have a solid publication record, are conversant with
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) consortium to catalyse the specialty chemicals industry's transition to sustainable, biosynthetic processes which are embedded within the circular economy by design. Leveraging unique expertise from across
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), and sustainable chemistry. In particular, the role will involve: (i) designing blockchain architectures and smart contracts for CO2 credit tracking, tokenisation of CO2 derived products; (ii
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at the intersection of blockchain, artificial intelligence (AI), and sustainable chemistry. In particular, the role will involve: (i) designing blockchain architectures and smart contracts for CO2 credit tracking
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with Project Lead Dr Errington and with Psychology Research co-Lead Prof. Dan Mirman to design and programme experiments, carry out and/or supervise data collection, develop and conduct analyses, co