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dimensional materials to DNA, and employed such heterostructures for sensing and optoelectronic applications . We now want to refine strategies that employ DNA nanotechnology to control the formation of 2D
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dimensional materials to DNA, and employed such heterostructures for sensing and optoelectronic applications . We now want to refine strategies that employ DNA nanotechnology to control the formation of 2D
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dimensional materials to DNA, and employed such heterostructures for sensing and optoelectronic applications . We now want to refine strategies that employ DNA nanotechnology to control the formation of 2D
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materials. Applicants who are not selected to proceed will receive notification—with reasons for their dismissal—no later than 20th of October 2025. The second stage will consist of an online interview with
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-century material from mostly unpublished sources in UK archives; contribute to physical and digital exhibition curation; produce high-quality academic publications; contribute to academic symposia; and
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with quantum coherent electronic spins at room temperature. Now, we plan to transform the material system to platform for quantum technology, a coherent 2D spin-photon interface for networks and sensing
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‘ordinary’ British citizens, and their interactions with institutions and the state, throughout the period. The successful candidate will collect and analyse mid-late twentieth-century material from mostly
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recommendations, design briefs, and dissemination materials. Participate in international travels and consortium meetings. Publish in high-impact peer-reviewed journals and present at leading conferences
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students. We are regularly ranked one of the top three Archaeology departments in the UK (e.g. 2nd Research Excellence Framework [REF] 2021 and one of the top ten globally (6th in World University QS
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potential. Our research focuses on Materials physics, Quantum technology, Soft & living matter, and Advanced energy solutions. Topics extend from fundamental research to important applications. We educate