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Indirect Overgrowth as a Synthesis Route for Superior Diamond Nano Sensors

Engineering and Technology

Indirect Overgrowth as a Synthesis Route for Superior Diamond Nano Sensors

C. Findler, J. Lang, et al.

This exciting research by Christoph Findler, Johannes Lang, Christian Osterkamp, Miloš Nesládek, and Fedor Jelezko unveils a novel method called indirect overgrowth, significantly enhancing diamond nano sensors with nitrogen-vacancy centers. By reducing the passivation to NVH centers, their findings promise improved coherence times and are set to revolutionize quantum sensing applications!

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