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attainment. The ideal candidate will have a PhD in a relevant discipline, with strong community research and qualitative analytical skills, and a background in climate and/or energy transition
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Centre at University College Cork. The ideal candidate should be a quantitative, analytical researcher with a PhD in engineering, science, or economics, or a field related to energy, and a demonstrated
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of Microbiology and the APC Microbiome Institute, with frequent meetings with international and industry partners. A collaborative, analytical and methodological mindset is therefore essential. UCC is an accredited
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contribute to the publications ensuing from them, and co-lead with the PI one of the work packages of the project, as detailed below. They will have the opportunity to develop their research, both individually
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contribute to the publications ensuing from them, and co-lead with the PI one of the work packages of the project, as detailed below. They will have the opportunity to develop their research, both individually
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War, understood as a global phenomenon. They will engage in archival research, co-organise the activities of the project and contribute to the publications ensuing from them, and co-lead with the PI one
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War, understood as a global phenomenon. They will engage in archival research, co-organise the activities of the project and contribute to the publications ensuing from them, and co-lead with the PI one
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candidate will lead the design and modelling of thermally regulated DNA motifs and contribute to the development of an automated and renewable DNA computing prototype. The role encompasses both wet-lab and in
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in the production of Chapter 2 of this report supporting Prof. Peter Thorne who has been selected as a Coordinating Lead Author. Closing Date: 23:30hrs (local Irish time) on Sunday, 6th July 2025
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cycling and use DNA as a low-energy, sustainable medium for molecular computation and data storage. The successful candidate will lead the design and modelling of thermally regulated DNA motifs and