The Heron QPU will be connected to the Miyabi supercomputer, creating a quantum-centric supercomputer for advanced research
The Heron QPU will be connected to the Miyabi supercomputer, creating a quantum-centric supercomputer for advanced research
This integration will benefit QII-Quantum Innovation Initiative Consortium members, enhancing computational capabilities for scientific and financial applications
This integration will benefit QII-Quantum Innovation Initiative Consortium members, enhancing computational capabilities for scientific and financial applications
Heron processor offers 3–4x better two-qubit error rates, an order of magnitude improvement in device-wide performance, and a 60% increase in CLOPS
The system is expected to achieve over 95% uptime and can execute more than 5,000 gate operations, supporting utility-level workloads
The Miyabi supercomputer, operated by UTokyo and the University of Tsukuba, features advanced CPUs and GPUs in two subsystems (Miyabi-C and Miyabi-G)
The Miyabi supercomputer, operated by UTokyo and the University of Tsukuba, features advanced CPUs and GPUs in two subsystems (Miyabi-C and Miyabi-G)
The quantum-centric supercomputer will enable research in high energy physics, materials science, finance, chemistry, and bioinformatics
The UTokyo–IBM partnership, established in 2019, has already produced over 140 research articles using IBM Quantum System One
UTokyo is part of a global initiative to train over 40,000 students for the future quantum workforce
UTokyo is part of a global initiative to train over 40,000 students for the future quantum workforce
The IBM Quantum System One is a commercially available quantum computer, priced between $10 million and $50 million under multi-year contracts
IBM’s hybrid cloud and AI solutions, including Red Hat OpenShift, support digital transformation for enterprises worldwide