China remains at the forefront of global quantum technology development and will step up efforts to translate laboratory breakthroughs into practical applications, leading quantum physicist Pan Jianwei said in Beijing on Wednesday.
Pan, an academician of the Chinese Academy of Sciences and a member of the 14th National Committee of the Chinese People's Political Consultative Conference (CPPCC), China's top political advisory body, highlighted China's advances and ambitions in the field during a group interview with CPPCC National Committee members in Beijing.
"We have been dedicated to promoting China's quantum technology development. China continues to lead in quantum communication, ranks among the world's top tier in quantum computing, and has made significant strides in quantum precision measurement," said the scientist.
"China developed and launched the world's first quantum micro-nano satellite, enabling quantum-encrypted image transmission over more than 10,000 kilometers between China and South Africa, which is a global record. We have developed a high-precision strontium optical lattice clock, which could help redefine the fundamental unit of time, the second, and strengthen China's capacity in strategic security and independent economic operations. In addition, we have also independently built a world-class high-energy dilution refrigerator to support the development of the 'Zuchongzhi' series quantum processors," he added.
During the 15th five-year-plan period, which lasts from 2026 to 2030, Pan vowed to continue to foster innovation and facilitate the lab-to-market process.
"Through participation in multiple national major science and technology projects, our team has become increasingly youthful and highly interdisciplinary. It demonstrates strong capabilities in both frontier exploration and engineering breakthroughs, providing a solid foundation for China's sustained progress in quantum technology. Looking ahead to the 15th Five-Year Plan period, China will focus on strengthening original innovation, deepening industry-academia-research integration, and accelerating the translation of laboratory breakthroughs to real-life applications, so that quantum technologies can better support the fostering of new quality productive forces and empower high-quality development," he said.
China takes lead in quantum technology, to facilitate lab to application process: CPPCC member
