China’s newly launched quantum computer Tianyan-287, now operational in the eastern city of Hefei, has been opened to researchers and industry users worldwide. The domestically built superconducting processor is reported to perform specific tasks up to 450 million times faster than the world’s most advanced classical supercomputers, marking a potentially disruptive shift in the global technological landscape.
From Laboratory Breakthrough to Industrial Deployment
China, already a global leader in batteries, electric vehicles, and renewable energy technologies, is accelerating its push into next-generation sectors, with quantum technologies at the forefront. Although Tianyan-287 uses the same superconducting quantum chips as the experimental Zuchongzhi 3.0 prototype, it represents a critical transition: from a laboratory-bound proof-of-concept to a fully engineered, commercially deployable quantum computing system.
A joint effort by China Telecom Quantum Group (CTQG) and QuantumCTek has resolved the system’s most complex engineering challenge—achieving the long-term operational stability of the dilution refrigerator that maintains the processor at the ultralow temperatures required for quantum coherence. The consortium also integrated an advanced artificial intelligence system capable of autonomously calibrating the quantum chips.
The machine is being incorporated into CTQG’s quantum cloud service, which has already attracted more than 37 million visits from over 60 countries since its launch in November 2023.
China’s Technology-Driven Development Strategy
China’s new Five-Year Plan is expected to prioritize quantum science, bio-manufacturing, brain–computer interfaces, and 6G communications—fields considered essential for future strategic competitiveness. The overarching goal is to convert frontier scientific research into scalable, market-ready industrial applications at unprecedented speed.
This tightening linkage between laboratories and industry was showcased at the recent World Internet Conference in Wuzhen. A large-scale, high-speed photonic quantum processor—developed jointly by the Wuxi Photonic Chip Institute of Shanghai Jiao Tong University (CHIPX) and the quantum firm TuringQ—was awarded the summit’s top prize. CHIPX has also established a pilot production line capable of managing every step of the photonic chip development process, accelerating commercialization.
In Shenzhen, construction began in August on China’s first dedicated photonic quantum computer manufacturing line. Once completed, the facility—run by Beijing-based startup QBoson—is expected to produce dozens of optical quantum computers annually.
According to BAQIS researcher Jin Yirong, more than ten domestic manufacturers specializing in critical components such as dilution refrigerators have emerged in just a few years, signaling the rapid expansion of China’s quantum ecosystem. QuantumCTek Vice President Zhou Lei emphasized that China now possesses a comprehensive quantum industry chain spanning fundamental science, materials, chip fabrication, and product development.
Quantum Technologies in Real-World Scenarios: Energy, Mobility, Healthcare
Quantum technologies are rapidly moving from theoretical constructs to practical applications. In Hefei, a 220 kV power substation has been fully upgraded with quantum-secure communication infrastructure, supporting dispatch operations, drone patrols, and robotic inspections—all conducted over a quantum-encrypted network.
TuringQ has also developed a quantum-inspired optimization system for autonomous valet parking (AVP). The solution significantly reduces parking times while enhancing operational efficiency and is already deployed in a major commercial parking facility.
Quantum Sensing for Industry and Medicine
At the Quantum Technology and Industry Conference in Hefei, local firm CIQTEK unveiled a quantum sensing device capable of analyzing lithium battery raw materials. The system detects magnetic impurities in just five minutes—90% faster and with 70% less labor than traditional inspection methods. The company is already collaborating with major producers such as CATL and Gotion High-Tech.
CIQTEK has also introduced an optical-pumping magnetometer array capable of detecting the faint magnetic signals generated by the human heart. This technology enables early diagnosis of myocardial ischemia and coronary artery disease with unprecedented sensitivity.
BAQIS researcher Jin Yirong noted that China’s sustained R&D investments are now yielding substantial industrial outcomes: “The link between quantum research and commercialization has never been stronger. Technology transfer will accelerate dramatically in the coming years.”
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