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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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provide the objectives, logic and structure of the research work of the Fellow during the following three years. The research plan could consist of extensions to the PhD research already undertaken by
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the identification of optically addressable, carbon-related spin defects in hexagonal boron nitride (hBN). The defects we study are bright single-photon emitters with quantum coherent electronic spins at room
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, institutional and industry investment, unifying expertise from two existing internationally leading Hubs in QT Imaging (QuantIC) and Sensing and Timing, maintaining coherence within the UK landscape, bringing