Intel is the first to be held at the Intel D1 Manufacturing Factory, He said that it succeeded in making large silicone cubits. This allows for more than 10,000 arrays to several silicon spin cubites in a single wafer by 95% or more. This performance generally provides a very high cubit number and a yield compared to the process used by academia and research institutes.
The results of this study were published in international journals in Nature Electronics (Nature Electronics), and were proven to successfully produce Cubits in 300 millimeters (mm) silicon through peer reviews. The new process presented this time produces a silicon spin cubit as the same equipment as the same equipment used to produce a complementary metal oxide semiconductor (CMOS) chip using advanced transistor fabrication, including electric scholar grinding. This study shows that it is an important announcement to expand bilateral semiconductors, which eventually produces with existing chips in semiconductor industry manufacturing facilities.
James Clarke Intel Quantum Hardware Director “Quantum Computing has a potential to provide zero-level performance to specific applications in high-performance computing,” and “This study will be able to achieve a full quantum computer In addition, it proves that it can be produced in a field that produces current semiconductors. We look forward to applying specialized knowledge of silicon manufacturing with Curk and expecting to realize the potential of both quantums. “