Collaboration Between Quantinuum and RIKEN Hopes to Propel Quantum-AI Hybrid Supercomputing in Japan
In a significant development for the world of quantum computing, Quantinuum and RIKEN (the RIKEN Center for Computational Science) have announced an expansion of their partnership aimed at accelerating the commercialization of quantum-AI hybrid supercomputing in Japan. This collaboration comes on the heels of a successful upgrade to Quantinuum's Reimei quantum computer, which has now transitioned to the advanced H2 system. This latest upgrade solidifies the position of RIKEN's hybrid quantum supercomputing platform as one of the most powerful in the world, paving the way for advanced research in electronics, energy, and life sciences.
The upgrade of the Reimei quantum computer is part of the JHPC-Quantum project, which receives funding from NEDO (the New Energy and Industrial Technology Development Organization). With this upgrade, the hybrid quantum computing platform will enable researchers to delve into complex quantum systems that traditional classical computing methods struggle to simulate. This opens up new avenues for scientific exploration, allowing for the examination of a broader spectrum of scientific inquiries.
Quantinuum and RIKEN aim to leverage this upgraded platform to intertwine quantum computing with supercomputing and AI, further nurturing the development of applications across various sectors, including electronics and life sciences. RIKEN Director, Dr. Mitsuhisa Sato, emphasized that the upgraded Reimei system would allow tackling a more extensive array of scientific problems than the previous iteration, H1, could manage. This initiative is aligned with Japan's ambitions in quantum technology, which necessitate sophisticated capabilities and dedication to developing next-generation technology.
To enhance the commercialization of quantum-AI hybrid supercomputing in Japan, the two partners will engage with SoftBank Corp. to explore the integration of quantum computers directly with AI data centers. This collaborative effort is designed to broaden the accessibility of quantum computing capabilities across various industries, in addition to serving the research community. SoftBank Corp. is optimistic about creating added value for the industry based on the foundational work done in this ambitious endeavor.
Notably, two research projects have already initiated operations ahead of Reimei's public service launch, illustrating how Quantinuum and RIKEN are utilizing the enhanced capabilities of the hybrid platform to push the boundaries of scientific discovery.
For instance, in a joint project, they are exploring quantum-AI applications for materials simulation. The partners are utilizing RIKEN’s ROQUO supercomputer, in combination with the Reimei quantum computer, to train an AI model using quantum data generated by Reimei for magnetism simulations. Initial outcomes indicate that the model can make more accurate predictions compared to conventional AI models trained solely on classical simulations. This study could yield insights critical for developing next-generation materials, such as those for ultra-high field MRI and smart grid technologies.
Additionally, the partners are combining the enhanced capabilities of Reimei with RIKEN’s Fugaku supercomputer and NVIDIA's evolutionary AI agents to simulate complex photoactive biomolecules. This collaboration aims at comprehending the reactions of biomolecules to light and could potentially enable advancements in solar cell efficiency and novel applications stemming from biomolecular engineering.
This research supports RIKEN's AI for Science initiative, aligning with Japan and the United States' efforts to advance AI-driven research and development. The overall initiative is intended to draw together expertise from Japanese universities and domestic suppliers in a coordinated effort to develop a fault-tolerant quantum computer branded as 'Made with Japan.'
Both the participating organizations, along with SoftBank, will assess infrastructure readiness and explore networks that could facilitate the delivery of quantum-AI hybrid computing services beyond the confines of academia. This ambitious project has the potential to establish a pioneering Quantum AI Datacenter, connecting quantum computing with AI and high-performance computing (HPC), ultimately making these capabilities widely accessible to businesses across Japan.
In conclusion, the collaboration between Quantinuum and RIKEN marks a substantial stride toward integrating cutting-edge quantum technology with practical applications that could reshape various industries. The extensive support from NEDO signifies the seriousness of the Japanese government’s commitment to propelling this initiative forward, further establishing Japan's position as a leader in the quantum technology arena.
The upgrade of the Reimei quantum computer is part of the JHPC-Quantum project, which receives funding from NEDO (the New Energy and Industrial Technology Development Organization). With this upgrade, the hybrid quantum computing platform will enable researchers to delve into complex quantum systems that traditional classical computing methods struggle to simulate. This opens up new avenues for scientific exploration, allowing for the examination of a broader spectrum of scientific inquiries.
Quantinuum and RIKEN aim to leverage this upgraded platform to intertwine quantum computing with supercomputing and AI, further nurturing the development of applications across various sectors, including electronics and life sciences. RIKEN Director, Dr. Mitsuhisa Sato, emphasized that the upgraded Reimei system would allow tackling a more extensive array of scientific problems than the previous iteration, H1, could manage. This initiative is aligned with Japan's ambitions in quantum technology, which necessitate sophisticated capabilities and dedication to developing next-generation technology.
To enhance the commercialization of quantum-AI hybrid supercomputing in Japan, the two partners will engage with SoftBank Corp. to explore the integration of quantum computers directly with AI data centers. This collaborative effort is designed to broaden the accessibility of quantum computing capabilities across various industries, in addition to serving the research community. SoftBank Corp. is optimistic about creating added value for the industry based on the foundational work done in this ambitious endeavor.
Notably, two research projects have already initiated operations ahead of Reimei's public service launch, illustrating how Quantinuum and RIKEN are utilizing the enhanced capabilities of the hybrid platform to push the boundaries of scientific discovery.
For instance, in a joint project, they are exploring quantum-AI applications for materials simulation. The partners are utilizing RIKEN’s ROQUO supercomputer, in combination with the Reimei quantum computer, to train an AI model using quantum data generated by Reimei for magnetism simulations. Initial outcomes indicate that the model can make more accurate predictions compared to conventional AI models trained solely on classical simulations. This study could yield insights critical for developing next-generation materials, such as those for ultra-high field MRI and smart grid technologies.
Additionally, the partners are combining the enhanced capabilities of Reimei with RIKEN’s Fugaku supercomputer and NVIDIA's evolutionary AI agents to simulate complex photoactive biomolecules. This collaboration aims at comprehending the reactions of biomolecules to light and could potentially enable advancements in solar cell efficiency and novel applications stemming from biomolecular engineering.
This research supports RIKEN's AI for Science initiative, aligning with Japan and the United States' efforts to advance AI-driven research and development. The overall initiative is intended to draw together expertise from Japanese universities and domestic suppliers in a coordinated effort to develop a fault-tolerant quantum computer branded as 'Made with Japan.'
Both the participating organizations, along with SoftBank, will assess infrastructure readiness and explore networks that could facilitate the delivery of quantum-AI hybrid computing services beyond the confines of academia. This ambitious project has the potential to establish a pioneering Quantum AI Datacenter, connecting quantum computing with AI and high-performance computing (HPC), ultimately making these capabilities widely accessible to businesses across Japan.
In conclusion, the collaboration between Quantinuum and RIKEN marks a substantial stride toward integrating cutting-edge quantum technology with practical applications that could reshape various industries. The extensive support from NEDO signifies the seriousness of the Japanese government’s commitment to propelling this initiative forward, further establishing Japan's position as a leader in the quantum technology arena.
Topics Consumer Technology）
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