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A reported nine-ion array is a component milestone
Reported: The partners say earlier work trapped a two-dimensional array of nine individually controlled ions.
Supported observation: Their October 7 announcement expands a collaboration on trapped-ion architecture, semiconductor manufacturing, packaging and photonics.
Conditions: October 7 is the announcement date, not a verified experiment date. The two company pages describe one announcement family; the array result remains attributed to the partners.
Not established: A direct methods review, independent replication, manufacturing yield, complete multi-qubit performance or an error-corrected application is not established by these releases.
Next evidence: A direct technical paper reporting control, transport, crosstalk, gate performance and repeatability beyond the initial array.
Infineon and ZuriQ deepen their collaboration · Joint company announcement · 2026-10-07
https://zuriq.com/partnership/infineon-and-zuriq-deepen-partnership-to-advance-scalable-quantum-chips/
Source checked 2026-10-08
Source family: infineon-zuriq-2026-10-07. Partner account of the same announcement
Infineon and ZuriQ deepen their collaboration · Joint company announcement · 2026-10-07
https://www.infineon.com/press-release/2026/infpr202610-004
Source checked 2026-10-08
Source family: infineon-zuriq-2026-10-07. Issuer account of the same announcement
Revision: claim-zuriq-array-prior-demonstration-r1 · 2026-10-08
Review: Source and editorial check. Primary-source wording and scope review; no independent scientific reproduction.
Independent replication: not assessed.
Cited revision: https://qubitwire.com/evidence/zuriq-array-prior-demonstration?revision=claim-zuriq-array-prior-demonstration-r1
Current corrections: https://qubitwire.com/evidence/zuriq-array-prior-demonstration
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