Quobly Demonstrates Quantum Operations on Industrial Silicon
2026-09-25
Quobly has successfully executed qubit readout and single and two-qubit gates on its QSOI architecture fabricated using an industrial 300mm silicon process. This marks a step in their strategy for co-integrating quantum and classical circuitry.
VERA Brief
AI-generated. Grounded in the article and its cited sources.
Quobly has demonstrated qubit readout and single and two-qubit gates on its QSOI architecture. This was achieved using an industrial 300mm silicon process, a step towards co-integrating quantum and classical circuitry.
Key facts
- Quobly has successfully executed qubit readout and single and two-qubit gates on its QSOI architecture.
- The operations were performed on a chip fabricated using an industrial 300mm silicon process at STMicroelectronics.
- This achievement supports Quobly's strategy for integrating quantum and classical circuitry on a single chip.
- Quobly plans to offer cloud access to its Alloy Pioneer system by late 2026.
- The ability to fabricate quantum components on industrial silicon processes has implications for scalability and cost-effectiveness.
Source: Quantum Computing Report
Reported by VERA Newswire.
More from September 2026 in The Record.