IBM and Japan’s National Institute of Advanced Industrial Science and Technology (AIST) are joining forces. Their mission is to create a quantum computer with an incredible 10,000 qubits. This collaboration will significantly expand the current limits of quantum computing. By comparison, existing quantum computers reach just 133 qubits.
The project between IBM and AIST has broader goals than creating a powerful computer. It aims to strengthen Japan’s quantum technology industry. Both entities will work together to design the next-generation of quantum computers. They also plan to improve the supply chains for these machines. Through these efforts, the partnership will reshape the quantum computing field.
This 10,000-qubit machine is planned to start running by 2029. Achieving this goal will mark a major turning point in quantum computing. More qubits mean new frontiers in technological innovation. Industries ranging from pharmaceuticals to transportation will see significant benefits.
IBM and AIST Partnership Aims to Advance Quantum Computing
The collaboration between Japan’s National Institute of Advanced Industrial Science and Technology (AIST) and IBM aims to speed up the use of quantum technology in Japan. This effort is especially focused on using quantum computing in different industries. Both groups plan to expand the quantum ecosystem in Japan and promote the creation of business value.
AIST is known for its work in artificial intelligence and it has important patents for quantum computing. The institute will help by training Japanese companies, especially in the pharmaceutical sector, on using quantum computers effectively. This training bridges the gap between high-tech quantum computing and its practical use, empowering businesses to fully benefit from this technology.
IBM and AIST’s partnership is significant as it’s IBM’s first major collaboration with a foreign research institution in quantum computing. This collaboration will involve Japanese parts makers, using their expertise in mass production to help develop and sell quantum systems. IBM and AIST aim to build a strong and lasting quantum technology environment in Japan by including Japanese industries in manufacturing quantum system parts.
As the partnership develops, Japanese tech firms will have special access to the latest quantum systems from IBM and AIST. This will allow them to dive into the technology, find practical uses, and create innovative solutions. AIST’s efforts to promote quantum computing uptake and provide targeted training will prepare Japanese companies to adopt this groundbreaking technology and lead the quantum revolution.
Unprecedented 10,000 Qubit Quantum System by 2029
IBM and AIST aim to develop a record-breaking quantum system with 10,000 qubits by 2029. This ambitious goal aims to surpass current top quantum machines that have about 133 qubits. The system will use innovative semiconductor parts and superconductive circuits that work at nearly absolute zero (0 K).
Quantum computers need these extremely low temperatures to run complex calculations. They are not efficient at room temperature. Thus, this advance is critical for the future of quantum computing.
The new quantum system with 10,000 qubits will work without needing a supercomputer to help. This step in qubit capacity is crucial for making quantum computing commercially feasible. Notably, experts say a system needs 20,000 to 30,000 qubits to be truly useful.
IBM and AIST’s work hopes to move quantum computing forward quicker. They aim to unlock the full potential of these advanced machines through their collaboration.
Quantum Computing’s Potential and Applications
Quantum computers are on the brink of changing the game in tackling complex issues beyond the reach of today’s computers. Through the use of quantum mechanics, they are able to carry out computations and simulations. These are vital for discovering new drugs, enhancing logistics, and solving numerous difficult problems.
The rapid growth in quantum technology is especially exciting for quantum simulations. This can speed up the process of creating new molecules and materials. With achievements like China’s 504-qubit “Xiaohong” chip and efforts from companies such as Google and IBM towards 10,000 qubit systems, the reach of quantum applications is expanding fast.
IBM plans to offer a quantum computer with 1,000 qubits for sale by 2025. They are also working closely with Japan’s AIST to encourage using this game-changing tech. The tension to create pivotal “Quantum Valleys” is rising, with efforts from the US, Finland, Denmark, and others. This shows that widespread use of quantum computing in various sectors might be imminent soon.
The benefits of quantum technology are already being seen, from securing critical infrastructure to refining financial systems. As qubit technology and quantum-safe systems advance, the power of quantum computing to innovate various industries becomes clearer. There’s an exciting time ahead as these advancements continue.
Source Links
- https://www.techspot.com/news/103427-japan-help-ibm-build-massive-10000-qubit-quantum.html
- https://www.tomshardware.com/tech-industry/quantum-computing/ibm-and-aist-collaborate-on-10000-qubit-quantum-computer-75x-more-qubits-than-rivals
- https://thequantuminsider.com/2024/06/18/ibm-reportedly-partnering-with-japans-aist-to-develop-10000-qubit-quantum-computer/
- https://www.ariat-tech.com/news/ibm-and-japanese-research-institute-develop-next-generation-quantum-computer-with-10,000-qubits.html
- https://thequantuminsider.com/2024/06/07/google-quantum-ai-team-demystifies-quantum-computing-its-future-potential/
- https://www.linkedin.com/pulse/intriguing-quantum-4-daniella-pontes-cissp-rkhbf?trk=public_post_main-feed-card_feed-article-content
