November 21, the Chinese Academy of Sciences Changchun Institute of high-performance optical chip project signing ceremony held in Huishan High-tech Zone (Luoshe Town), the academician team "hand in hand" high-tech zone (Luoshe Town), will be for quantum precision measurement of high-performance laser chip major application needs, to achieve three kinds of quantum precision measurement optical chip full independent research and development and production, to support the development of advanced quantum precision measurement technology in China. Support the development of advanced quantum precision measurement technology in China.

Wang Lijun, researcher of Changchun Institute of Optics and Precision Mechanics and Physics, Chinese Academy of Sciences, Ning Yongqiang, researcher of Changchun Institute of Optics and Precision Mechanics and Physics, Chinese Academy of Sciences and leader of "Ten Thousand Plan" of the Ministry of Organization, Zhang Xing, general manager of Changchun Zhongke Changguang Time and Space Optoelectronic Technology Co. Cheng Song, Deputy Secretary of Huishan District Committee, Secretary of Huishan High-tech Zone Party Committee and Party Secretary of Luoshe Town Wu Hongjuan, Vice Mayor of Huishan District People's Government Yu Jie, relevant personnel of Changchun Institute of Optical Machinery of Chinese Academy of Sciences and relevant leaders of the district and town attended the ceremony.

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01About the project information

The high performance optical chip project signed by Changchun Institute of Optics, Chinese Academy of Sciences is the "highlight" of the cooperation between Huishan High-tech Zone and large institutes. Changchun Institute of Optics, Chinese Academy of Sciences is the first institute established by new China in the field of optics, is the key training base for doctoral students of Chinese Academy of Sciences, and the team of high performance optical chip project is the first unit in China to develop quantum precision measurement optical chip, and has taken the lead in breaking through the core technology of laser chip series for quantum precision measurement, and has the technical strength to benchmark with foreign products. High-performance optical chip project landing, for the development of high-tech zone digital economy opened up a new field new track, shaping a new dynamic new advantages, will promote the high-tech zone integrated circuit industry to achieve leapfrog development, for the local economy and society to achieve the leading scientific and technological innovation, industrial transformation and development to increase the momentum and energy, more high-tech zone to accelerate the chip to create a boost.

Since this year, Huishan High-tech Zone (Luoshe Town) insists on placing science and technology innovation at the core of the overall situation of high-quality development, focusing on aerospace, future automobile, intelligent equipment and other "3+N" industries, actively docking with science and technology resources in North, Guangzhou and Shenzhen, constantly innovating the institutional mechanism, through the joint construction of new research and development institutions, cutting-edge science and technology projects, joint investment in transformation projects, and joint research and development. Through the joint construction of new R&D institutions, joint research of cutting-edge science and technology projects, joint investment in transformation projects, and sharing of high-end scientific and technological talents, the company has developed a new path of deep integration of industry, academia and research through the coordinated development of science and innovation chain, industry chain and talent chain in cooperation with large institutes.

At present, the Institute of Basic Components for Aircraft Engines built with Nanjing University of Aeronautics and Astronautics, the Sino-Hungarian (Wuxi) High-Tech Development Center relying on Hungary's Obuda University, and the Wuxi Zhongke Institute of Green Power Technology and Development built with the Institute of Advanced Research of the Chinese Academy of Sciences have landed, and the industrial project with academician Li Hejun of XIT is being promoted in an orderly manner, and the three major industrial parks of aerospace, future automobile and intelligent equipment are being accelerated. A large number of science and innovation carriers are being built and put into use, a large number of high-end science and technology projects are being launched, and innovation factors such as talents, technology and capital are accelerating to converge, and the overall development is showing a vigorous rise.