By integrating Fire Opal with RIKEN’s IBM Quantum System Two, Q-CTRL enables hybrid HPC workflows to operate at their peak efficiency.
Q-CTRL Quantum
A major integration with RIKEN, a national research institute in Japan, has been announced by Q-CTRL, a business that is referred to as the global leader in quantum infrastructure software. The announcement describes how RIKEN’s IBM Quantum System Two and Q-CTRL’s Fire Opal performance management software will be integrated. The goal of this partnership is to improve hybrid quantum-classical computing for both industrial and scientific applications.
Japan’s Premier High-Performance Computing (JHPC) center, the RIKEN Centre for Computational Science, is home to the IBM Quantum System Two. Importantly, this system shares space with Fugaku, Japan’s premier supercomputer. Through RIKEN’s high-performance computing (HPC) environment, the performance management software is now more widely available.
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Driving the JHPC-Quantum Project
One of the main elements of the JHPC-quantum project is the recently revealed integration. The Ministry of Economy, Trade, and Industry (METI) oversees the New Energy and Industrial Technology Development Organization (NEDO), which is responsible for commissioning this project. Building a quantum-HPC integrated platform, investigating quantum-HPC hybrid applications intended to operate on that platform, and eventually expanding computational domains are the three major goals of the JHPC-quantum project.
The effort’s goal was underlined by Mitsuhisa Sato, Division Director of the RIKEN Centre for Computational Science’s Quantum-HPC Hybrid Platform Division. According to Sato, the goal of the JHPC-quantum project is to create quantum-HPC hybrid workflows that are beneficial to both industry and science. He described Fire Opal’s incorporation into their IBM Quantum System Two environment as a “meaningful step forward in enabling scientific and industrial progress” via their integrated platform of quantum and high-performance computing.
Fire Opal’s Performance Impact
Performance management software Fire Opal offers virtualization, error reduction, and automatic performance management. The JHPC-quantum project can now be used in any quantum application with Q-CTRL’s error-reduction technology.
The program offers significant performance advantages: According to Q-CTRL, the integration results in an accuracy and efficiency boost of over 1,000 times. Computational overhead is significantly decreased by this important improvement. The software enables users to run more precise and efficient quantum circuits without requiring modifications to their current workflows or methods of operation, which is one of the main features emphasized by RIKEN. Fire Opal allows “record-setting performance” while also lowering the complexity of working directly with quantum technology for teams concentrating on hybrid workflows.
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Accelerating Key Research Applications
Dozens of JHPC-quantum project research groups are directly supported by the integration. These teams are working on a range of cutting-edge studies. Support is being provided for specific study topics such as sample-based quantum diagonalization (SQD), quantum chemistry, quantum machine learning, and physics simulations.
Due to widespread confidence in the near-term potential of quantum technology to yield useful applications, enabling hybrid quantum-classical computing has quickly emerged as a strategic objective for industry. Infrastructure software like Fire Opal is seen to be essential to allowing consumers to obtain a significant quantum advantage from these platforms as quantum technology continues to develop globally. As hardware capabilities continue to advance globally, hybrid quantum-classical models are now considered crucial for obtaining short-term advantages in real-world quantum applications.
Q-CTRL Chief Strategy Officer Aravind Ratnam offered his thoughts on the deployment’s strategic significance. Ratnam said this combination enables abstracted hybrid classical-quantum operations and removes performance obstacles that have slowed quantum computing. For research and development teams who are especially concerned with gaining a quantum edge in crucial applications, Q-CTRL sees Fire Opal as a tool that speeds up results.
Deployment Significance and Global Strategy
The largest research institute in Japan, RIKEN, publishes more than 2,500 publications a year in a wide range of fields, including biology, chemistry, engineering, physics, and medicine. The institute’s emphasis on globalization, interdisciplinary collaboration, and scientific quality has earned it recognition on a global scale.
As the first on-premises HPC deployment the company has ever carried out globally, this specific Kobe deployment represents a major milestone for Q-CTRL. This is the second significant Fire Opal activation in Japan, but it is the first HPC deployment in the world. For IBM users at the Keio University Quantum Computing Centre, the previous deployment was turned on.
The integration facilitates regional and international initiatives to move quantum technology from solely experimental platforms to real-world applications in the fields of industry and science. In order to obtain a significant quantum advantage from quantum platforms, infrastructure software such as Fire Opal is essential. These performance-enhancing techniques are widely available since the system is instantly available to all users in the RIKEN high-performance computing environment.
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