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This demonstration of direct two-photon interference between un-synchronized atomic vapor and semiconductor quantum dot sources marks a significant step toward scalable hybrid quantum networks. By achieving photon indistinguishability across dissimilar hardware without active correction, the research addresses critical bottlenecks in connecting diverse qubit modalities for future distributed quantum computing architectures.
Pusan National University and UNIST Demonstrate Hybrid Quantum Interconnect Benchmark
Researchers at Pusan National University and the Ulsan National Institute of Science and Technology (UNIST) have demonstrated direct two-photon interference between two physically distinct, un-synchronized quantum light sources: a warm cesium atomic vapor ensemble and a semiconductor quantum dot (QD). Published in Light: Science & Applications, the breakthrough achieves photon indistinguishability across dissimilar quantum hardware [...] The post Pusan National University and UNIST Demonstrate Hybrid Quantum Interconnect Benchmark appeared first on Quantum Computing Report.
Researchers at Pusan National University and the Ulsan National Institute of Science and Technology (UNIST) have demonstrated direct two-photon interference between two physically distinct, un-synchronized quantum light sources: a warm cesium atomic vapor ensemble…
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