Home-made ion trap quantum computing platform ION I achieves its first commercial delivery
CTOnews.com news on December 22, Guoyi Quantum Technology (Hefei) Co., Ltd. (hereinafter referred to as Guoyi Quantum) recently issued an announcement announcing that its ion trap quantum computing platform ION I has been officially delivered to users in Hefei, Anhui Province.
ION I ion trap quantum computing platform has the advantages of ultra-high integration and miniaturization. The whole machine is composed of vacuum and trap system, optical path and frequency stabilization system, measurement and control and electronics system, laser and microwave control system, with high quantum bit fidelity and operation accuracy.
CTOnews.com learned from the report that the ION I ion trap quantum computing platform can manipulate an optional number of bits 2: 12, single-bit gate fidelity over 99.97%, two-bit gate fidelity over 99.7%, and coherence time T2 * greater than 100 ms.
The system can stabilize the number of trapped ions more than 90 seconds, and the number of one-dimensional ion trap crystals remains unchanged for several hours. A number of core technical indicators have reached the international first-class level.
Picture Source: Guoyi Quantum official Press release Wu Ya, head of Guoyi Quantum Ion Trap Quantum computer Project, said:
Based on the needs of users' scientific research, ION I ion trap quantum computing platform fully integrates vacuum, laser and optics, radio frequency and microwave technologies, as well as electronics systems, and carries out modular design and standardized manufacturing.
Its first commercial delivery indicates that the Chinese scientific research team has a high level of research and development and certain production and engineering capabilities in the field of ion trap quantum computing.
In the future, Guoyi Quantum will join hands with users to give full play to the advantages of ion trap quantum computing platform, carry out quantum computing algorithm and application research, and contribute to the breakthrough of quantum computing technology.
