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IonQ wired trapped ion to diamond memory, 1.03 kHz entanglement

, 2 items in Quantum Computing, 1 min read

In this digest (2 items)

IonQ and Duke wired a trapped ion to a diamond quantum memory, achieving 1.03 kHz entanglement. The link produces one Bell pair per millisecond and is four times faster than the previous best ion-ion photonic link.

Key points

  • Entanglement rate: 1.03 kHz.

  • Bell pair generation: one per millisecond.

  • Speed improvement: 4× previous best ion-ion photonic link.

Sources

Silicon Chip for Quantum Computing paper released

Silicon Chip for Quantum Computing is a paper titled “A digitally controlled silicon quantum processing unit”. It is published by HRL Quantum Team and collaborators in Nature. The DOI is 10.1038/s41586-026-10754-7.

Key points

  • Paper: “A digitally controlled silicon quantum processing unit”.

  • DOI: 10.1038/s41586-026-10754-7.

Sources