Authors: Bob Sorensen, Earl Joseph
Publication Date: February 2021
Length: 3 pages
In late January of 2021, Origin Quantum (OriginQ), China’s first domestic quantum computing (QC) start up, successfully raised US$15.4 million in a Series A round needed to continue development of its full-stack QC system capability. Its current QC system, the Wu Yuan, incorporates OriginQ’s inhouse developed quantum processor, the KF C6-130, that has six superconducting qubits. Despite such examples of progress, continued advancement by the small number of commercial Chinese QC developers is not assured. China’s significant and broad base of government funding for QC research and its resulting world-class capabilities primarily resides within Chinese government facilities. Improved mechanisms for transferring or independently fostering those same skills within the nascent Chinese QC commercial sector may be needed if Chinese commercial QC vendors are to close the technology and product development gap with leading-edge US and European commercial QC counterparts.
DOE's recent announcement of the operational Summit supercomputer at Oak Ridge National Laboratory (ORNL) marks a shift in the global lead for supercomputer performance from China back to the United States.
June 2018 | Quick Take
This inaugural, two-day AI Hardware summit held in Mountain View, California, at the Computer History Museum, brought together researchers, vendors, and users to explore the development of the AI ecosystem from a hardware perspective. Large companies, startups, and analysts joined to hear over 30 speakers and roundtables. Although the overall theme was all AI hardware, many of the presentations focused on AI processors and the work that is being done to design hardware to further the development of the evolving and growing field of AI, machine learning, and deep learning.
November 2018 | Quick Take