RIKEN, a renowned research institution in Japan, has made a groundbreaking decision to partner with Quantinuum for the development of a hybrid quantum-supercomputing platform. This collaboration, supported by leading academic institutions and Japan’s national research agency, aims to expedite the advancement of software tools and applications that leverage the immense power of both classical supercomputers and cutting-edge quantum technology. The consortium, consisting of RIKEN, SoftBank, the University of Tokyo, and Osaka University, will work together to achieve seamless integration between quantum and classical computers.
Quantinuum’s H1 ion-trap quantum computer has been selected for this ambitious project due to its superior performance in the NISQ era. As RIKEN aims to demonstrate the practical advantages of hybrid platforms and prepare for their post-5G deployment, the H1’s capabilities perfectly align with these goals.
RIKEN’s Center for Computational Science, the home of the world-renowned Fugaku supercomputer, brings invaluable expertise to this collaboration. With their extensive experience in developing cutting-edge high-performance computing technologies, combined with Quantinuum’s quantum hardware and software, the potential for pushing the boundaries of hybrid computing is immense.
While the technical details of the H1 system can be explored further on Quantinuum’s dedicated webpage, a video showcasing the impressive capabilities of the H1 is also available on Vimeo. Furthermore, Quantinuum has released an official statement announcing its selection by RIKEN, which can be accessed for more information.
This partnership signals a significant step forward in the field of computing, as RIKEN and Quantinuum join forces to revolutionize the potential of quantum-supercomputing hybrid platforms. The collaborative efforts of these esteemed institutions promise to reshape the future of computing and pave the way for advanced computational services beyond the 5G era.
The source of the article is from the blog combopop.com.br