China 's Guangdong Province's 10-year "Zhuoyue" plan focuses on 13 fields including quantum technology

In order to accelerate the realization of major breakthroughs in forward-looking basic research and leading original achievements in Guangdong Province, systematically plan the top-level design and major task layout of basic research work in Guangdong Province in the next ten years, and promote the Guangdong-Hong Kong-Macao Greater Bay Area to become a basic scientific research with global influence. Highland, the Guangdong Provincial Department of Science and Technology led the drafting of the "Guangdong Provincial Basic and Applied Basic Research Ten-Year "Zhuoyue" Plan (Draft for Public Comments)" this month, and completed the public comment yesterday.

The draft requires that by 2025, the new system of basic scientific research in Guangdong Province will be more complete, the management system and mechanism will be more optimized, the new pattern of opening and cooperation will be more perfect, and the country will initially build a leading highland for basic scientific research.

The basic research platform system has been gradually improved, forming a basic research platform system with laboratory systems and large scientific facilities as the core and supported by high-level innovation research institutes, etc., and established 2 national basic science centers in strategic fields such as quantum science.

Specifically, Guangdong Province will base itself on international frontiers and strategically contested areas, connect with major national basic research layouts, and conduct research on core scientific issues in 13 key areas such as quantum technology, brain science and brain-inspired technology, semiconductor devices, and integrated circuits. , to accelerate the achievement of a number of forward-looking and original major scientific and technological achievements.

Among them, quantum technology is ranked first in 13 key areas. Comments requirements:

Develop new theories, new methods, and new technologies such as quantum computing, quantum communication networking, quantum precision measurement, quantum materials and devices, focus on material systems and structural systems for the construction and regulation of high-quality quantum states, and study the high fidelity of different quantum signals. Conversion, transmission, precision measurement and control, and confidentiality agreements; explore the integration of multiple quantum functional units and expand chip technology; promote the preparation of cutting-edge quantum materials and quantum structures, and the research and development of transformative technologies in the integration of quantum devices and quantum systems; and promote universal quantum computing prototypes Research and development of core quantum devices such as aircraft, quantum sensing and detection instrument prototypes, and high-precision quantum measurement equipment, and promote the construction of processing, testing and R&D platforms for quantum science and engineering development; develop high-precision, high-sensitivity quantum sensing and detection technology in life science, applied research in earth science, space and cosmology science research.

In addition, quantum technology has also appeared in other key areas, including future computing: exploring emerging computing models such as quantum computing, brain-like computing, optical computing, and biological computing, and making breakthroughs in revolutionary fields.

As well as the intersection of mathematics and frontiers: focusing on nonlinear dynamics theories and methods of high-dimensional/non-smooth systems, particle physics and nuclear physics, gravitational wave physics, new states of cold atoms and their quantum optics, plasma multiscale effects, Research on major scientific issues such as attosecond time-scale electron dynamics and high-stability dynamic control.

In terms of project layout, Guangdong Province will implement strategic projects in the fields of quantum science, brain-like intelligence, and major scientific and technological infrastructure, with each project supporting 200 million yuan per year. Adhere to the leading scientist responsibility system, build an international, clustered, and networked basic research consortium, form a number of world-leading original achievements, occupy the commanding heights of future science and technology, and form a cluster advantage.

The Opinion Draft still ranks the construction of quantum technology projects in the first place, especially supporting the construction of the quantum science center in the Guangdong-Hong Kong-Macao Greater Bay Area.

Aiming at the frontiers of quantum science and major national strategic needs, with quantum basic scientific research as the core and quantum technology application as the traction, to seize the commanding heights of international technology. The construction of the Quantum Science Center will follow the principles of "scientific guidance, openness and inclusiveness, linkage between provinces and cities, and synergy between Guangdong, Hong Kong and Macao", making full use of the geographical advantages of Shenzhen's Hetao area, and actively attracting Hong Kong and Macao forces to participate in the construction. Explore the technological innovation and development model of Guangdong, Hong Kong and Macao under "One Country, Two Systems", promote the in-depth integration of the advantageous resources of Guangdong, Hong Kong and Macao, and build a national strategic force in quantum technology.

Link:

http://gdstc.gd.gov.cn/hdjl/yjzj_n/content/post_3886358.html