Optical skyrmions were stored and retrieved in cold 87Rb vapor while preserving their skyrmion number for several microseconds under perturbations.
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A four-level cavity quantum memory with unwanted couplings shows stable, threshold, and unstable dynamical regimes, with sub-regimes in the stable case and conditions for high-fidelity storage versus amplification in warm-vapor parameters.
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Storage and retrieval of optical skyrmions with topological characteristics
Optical skyrmions were stored and retrieved in cold 87Rb vapor while preserving their skyrmion number for several microseconds under perturbations.
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From quantum storage to amplification: the effect of unwanted couplings and an additional level in cavity-based ensemble quantum memories
A four-level cavity quantum memory with unwanted couplings shows stable, threshold, and unstable dynamical regimes, with sub-regimes in the stable case and conditions for high-fidelity storage versus amplification in warm-vapor parameters.