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24 August 2020 CavityQED with Nano-diamond color centres coupled to silicon MIE resonators for fibre-optic quantum communication
Haimabati Dey, Peter Bermel, Roman Shugayev
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Proceedings Volume 11507, Quantum Communications and Quantum Imaging XVIII; 115070E (2020) https://doi.org/10.1117/12.2568296
Event: SPIE Optical Engineering + Applications, 2020, Online Only
Abstract
On-demand single photon sources are a crucial element of quantum key distribution and quantum computing. Such devices face major challenges in achieving high performance, which include realized necessary environmental isolation, preservation of coherence over time, and reliable triggering of multi-photon emission. Nanodiamonds exhibit uniquely good characteristics at room temperature, but emission rates are still limited. Here, we consider how nitrogen and Xenon color centers with electronic triggering can increase emission rates, by carefully modeling the interaction between rapid voltage pulses and the resulting photonic emission. If realized experimentally, this work will pave the way for short-wavelength infrared quantum communications.
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Haimabati Dey, Peter Bermel, and Roman Shugayev "CavityQED with Nano-diamond color centres coupled to silicon MIE resonators for fibre-optic quantum communication", Proc. SPIE 11507, Quantum Communications and Quantum Imaging XVIII, 115070E (24 August 2020); https://doi.org/10.1117/12.2568296
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KEYWORDS
Resonators
Silicon
Photons
Quantum communications
Modeling
Electromagnetism
Integrated optics
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