Japan's National Institute of Advanced Industrial Science and Technology (AIST) has allocated $41 million to QuEra Computing for the development of a neutral atom quantum computer.
AIST plans to install QuEra's quantum computer alongside its Nvidia-powered ABCI-Q supercomputer to establish a classical-quantum hybrid platform for advanced simulations and AI applications.
Neutral-atom quantum computers have shown potential in error detection and correction, offering a pathway to large-scale fault-tolerant computing.
QuEra's quantum computers operate at room temperature and can seamlessly integrate with classical computers, providing a hybrid architecture suitable for data center environments.
QuEra's president, Takuya Kitagawa, expressed gratitude for the partnership with AIST, emphasizing their shared commitment to advancing science and technology in quantum and AI applications.
AIST's ABCI-Q, powered by Nvidia, will enable extensive quantum simulations and accelerate research across multiple industries.
The collaboration aims to drive practical applications in fields such as AI, energy, and biology, leveraging the integration of quantum and classical computing technologies.
ABCI-Q is dedicated to research in quantum circuit simulation, quantum machine learning, and algorithm development, fostering advancements in hybrid systems inspired by quantum technology.
Nvidia's director of high-performance computing and quantum computing, Tim Costa, highlighted the significance of integrating quantum computers with GPU supercomputing, emphasizing the potential for scientific discovery.
The collaboration between AIST, QuEra Computing, and Nvidia represents a significant advancement in quantum computing research, paving the way for innovative applications and interdisciplinary collaboration in various scientific fields.
