Researchers achieve on-demand quantum signal retrieval with ultra-low noise (0.4 photons) using quantum memory. 460μs storage in Yb:YSO crystal enables linking distant superconducting quantum devices—critical for scalable quantum networks.

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Researchers demonstrated a microwave-optical quantum transducer using Rydberg ensembles with 90% storage efficiency, enabling practical quantum interfaces for quantum repeaters and future quantum internet applications.

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Researchers developed a cluster-based model revealing how erbium ions couple to gadolinium neighbors in Er:GdVO₄ crystals, advancing microwave-to-optical transduction with improved accuracy using fewer parameters than previous approaches.

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Miraex's TFLT photonic platform bridges microwave-optical quantum transduction gap, enabling distributed quantum computing and quantum-secure LEO satellite constellation through SEALSQ's sovereign quantum infrastructure initiative.

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