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This breakthrough from Zhejiang University significantly advances scalable quantum photonics by introducing a multiplexing architecture that boosts single-photon generation probability by 2.58 times compared to non-multiplexed methods. By utilizing combinatorial heralding and an intelligent switching network, the team overcomes fundamental scaling limits without merely replicating independent sources, offering a more efficient path toward high-fidelity quantum photonic systems.

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Quantum integrated sources yield 2.58x more photons than before

Quantum ZeitgeistAugust 12, 20263 min read

Scalable quantum photonic technologies benefit from improved multi-photon generation, and this new multiplexing source architecture achieves 2.58x higher probability.

Researchers at Zhejiang University have demonstrated a new approach to generating single photons, achieving 2.58 times greater output than previous methods that lack multiplexing. The team built a two-port multiplexing system using four integrated heralded single-photon sources and a novel switching network, allowing them to harness combinatorial photon events. This strategy…

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