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Microwave mode cooling and cavity quantum electrodynamics effects at room temperature with optically cooled nitrogen-vacancy center spins

Physics

Microwave mode cooling and cavity quantum electrodynamics effects at room temperature with optically cooled nitrogen-vacancy center spins

Y. Zhang, Q. Wu, et al.

Discover groundbreaking advancements in microwave mode cooling and cavity quantum electrodynamics (C-QED) at room temperature using optically cooled NV spins. The research conducted by Yuan Zhang and colleagues reveals a significant reduction in microwave photon numbers and introduces potential for controlled C-QED effects under varying laser conditions.

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