Chinese Report Neutral-Atom Quantum Computer Enters Commercial Use - The Quantum Insider

China’s first atomic quantum computer has entered commercial use, signaling a milestone in the country’s effort to achieve technological self-reliance in quantum information science. The system, called “Hanyuan No. 1,” has received more than 40 million yuan – or $5.6 million (US) – in orders, including delivery to a subsidiary of China Mobile and an international sale to Pakistan, according to an article on Hubei Daily, computer translated into English. Chinese media describe Hanyuan No. 1 as an atomic quantum computer – a Chinese term that likely refers to quantum computers built on the manipulation of individual neutral or “cold” atoms trapped and controlled by lasers. Internationally, this technology is known as neutral-atom quantum computing, an approach that offers advantages in scalability and stability without the need for the ultra-low temperatures required by superconducting quantum systems. Developed by the Innovation Academy for Precision Measurement Science and Technology under the Chinese Academy of Sciences, the project received funding from the Hubei Provincial Department of Science and Technology through a “Pioneer” program that targets key emerging technologies, according to the newspaper, which serves as the official newspaper of the Hubei Provincial Party Committee and covers the region’s science and economic developments. Teams from Wuhan University, Zhongke Kuyuan Technology, the Optics Valley Information Optoelectronics Innovation Center, the Wuhan Institute of Quantum Technology, and Huazhong University of Science and Technology also contributed. The launch marks China’s first complete quantum system using cold atoms as qubits. According to Hubei Daily, the Hanyuan No. 1 contains 100 qubits, the basic computational units of a quantum computer, and reaches a reliability level comparable to international standards. Its entire system reportedly fits within three standard equipment racks and operates at room temperature, dramatically reducing energy use and maintenance requirements compared with superconducting machines. The paper indicated that the system can already handle complex applications in areas such as financial modeling and logistics optimization, which are two fields with use cases that could benefit from quantum computing.

The Hubei Daily specifically mentions that the Hanyuan project leveraged Hubei’s strong optoelectronics manufacturing base — known nationally as Optics Valley — to build a domestic supply chain for these components.

The team established a full R&D pipeline, from chip growth and packaging to system testing. Engineers succeeded in producing high-performance lasers that meet the precision control requirements for atomic qubits while consuming only one-tenth the energy of comparable foreign systems. The domestically produced components helped the team avoid foreign supply chain dependencies and lower costs, reinforcing China’s drive toward technological self-sufficiency in advanced computing, the newspaper reported. Beyond the hardware, the project also aims to build a full commercial ecosystem around the technology. Researchers from Wuhan University and the Wuhan Institute of Quantum Technology developed a cloud-based computing platform that allows users to design and test quantum algorithms without specialized physics knowledge. The system integrates visual programming tools, hardware optimization and large-scale simulation capabilities. According to Hubei Daily, more than 50 universities and companies have joined the project to begin exploring quantum applications. The project team is also constructing China’s first neutral-atom quantum computing power center, designed to host clusters of machines that will provide continuous 24-hour computing services. Once operational, the facility will focus on computationally demanding problems such as financial risk analysis and the modeling of industrial systems. The center is expected to serve more than a thousand enterprise clients annually.

The Hubei Daily article suggested that the province’s deep integration of research institutions, manufacturing partners and universities was critical to achieving the project’s goals.

The Optics Valley industrial zone provided access to specialized fabrication and testing capabilities, while provincial officials coordinated resources for system integration and commercial deployment. The combination created what officials described as a complete industrial chain, from laboratory research to production and delivery. Provincial leaders said the achievement is evidence of Hubei’s emerging role as a national center for advanced computing technologies and its growing importance in China’s broader strategy for scientific and industrial modernization. Chinese researchers view the device as an early step toward scalable quantum computing that can support real-world problem solving. While the system operates on a smaller scale than machines being developed by global competitors, its stability, room-temperature operation and local component production make it an important proof of concept for China’s neutral-atom approach. The project’s leaders have said future plans include improving system performance and expanding computing clusters to support high-end applications such as materials design and pharmaceutical discovery. Hanyuan No. 1 is China’s first atomic quantum computer that has entered commercial use. The system was developed by the Chinese Academy of Sciences’ Innovation Academy for Precision Measurement Science and Technology and has received more than 40 million yuan ($5.6 million USD) in orders. An atomic quantum computer uses individual neutral or “cold” atoms trapped and controlled by lasers as qubits. Internationally, this technology is known as neutral-atom quantum computing, which offers advantages in scalability and stability without requiring ultra-low temperatures. Hanyuan No. 1 contains 100 qubits and reaches a reliability level comparable to international standards, according to Hubei Daily. The entire system fits within three standard equipment racks and operates at room temperature, dramatically reducing energy use and maintenance requirements compared with superconducting machines that require ultra-low temperatures. Customers include a subsidiary of China Mobile and Pakistan, representing both domestic and international sales. The system can handle complex applications in financial modeling and logistics optimization. Future plans include expanding to computationally demanding problems such as financial risk analysis, materials design, and pharmaceutical discovery. The project leveraged Hubei’s Optics Valley manufacturing base to build a complete domestic supply chain for components, from chip growth and packaging to system testing. Engineers produced high-performance lasers that consume only one-tenth the energy of comparable foreign systems, helping China avoid foreign supply chain dependencies. More than 50 universities and companies have joined the project to explore quantum applications. Contributing teams include Wuhan University, Zhongke Kuyuan Technology, the Optics Valley Information Optoelectronics Innovation Center, the Wuhan Institute of Quantum Technology, and Huazhong University of Science and Technology. While the system operates on a smaller scale than machines being developed by global competitors, its stability, room-temperature operation, and local component production make it an important proof of concept for China’s neutral-atom approach. Keep track of everything going on in the Quantum Technology Market. hbspt.forms.create({ portalId: "7697776", formId: "bb678241-852f-447e-b9b3-fdc974f72f81", region: "na1", onFormReady: function($form) { const conversionPageField = $form.find('input[name="conversion_page"]'); if (conversionPageField.length) { conversionPageField.val(window.location.href); } const verticalField = $form.find('input[name="vertical"]'); if (verticalField.length) { verticalField[0].value = 'Quantum'; } } }); One of our team will be in touch to learn more about your requirements, and provide pricing and access options.