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We are seeking a Postdoctoral Researcher to work on the project Thermally-regulated Renewable and Automated DNA Computing Devices (TRAD), funded by Research Ireland. The position is under the direct
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state of the art climate services for Ireland. The successful candidate will work with the PI Prof. Conor Murphy, and collaborators Prof. Peter Thorne and Dr. Amr Mahfouz, together with a PhD researcher
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well as the supervision of Master’s and PhD students. The appointee will be expected to build a strong research profile, that supports the University’s research strategy including affiliating to the Research Institutes
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well as the supervision of Master’s and PhD students. The appointee will be expected to build a strong research profile that supports the University’s research strategy, including affiliating to the Research Institutes
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programmes as well as the supervision of Master’s and PhD students. The appointee will be expected to build a strong research profile, that supports the University’s research strategy including affiliating
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programmes as well as the supervision of Master’s and PhD students. The appointee will be expected to build a strong research profile, that supports the University’s research strategy including affiliating
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teaching programme of the Department and undertake teaching duties on the Department’s undergraduate and postgraduate programmes as well as the supervision of Master’s and PhD students. The appointee will be
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programmes as well as the supervision of Master’s and PhD students. The appointee will be expected to build a strong research profile, that supports the University’s research strategy including affiliating
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processing. The project which funds this position focuses particularly on the interplay of strong correlations and geometric fluctuations in quantum materials, notably in systems displaying the fractional
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, which has a focus on topologically ordered phases of condensed matter systems, as well as their applications to quantum information processing. The project which funds this position focuses particularly