In order to implement the innovation-driven development strategy, make every effort to strengthen the innovation engine, cultivate new momentum for development, create a future industrial innovation highland, develop and grow future industrial clusters, and develop this action plan.
I. Clear overall requirements
(A) guiding ideology
Guided by Xi Jinping's thought of socialism with Chinese characteristics in the new era, comprehensively implement the 19th Party Congress and the spirit of the 19th Plenary Session, strengthen the leading function of high-end industries, implement major national strategic tasks as a traction, coordinate and promote the integration of science and technology and industry, the combination of current and long-term, government and effective market, based on the industrial base and ecological advantages, concentrated efforts, rolling cultivation, and make every effort to build a (2) Development goals
(II) Development Goals
By 2030, in the future of health, future intelligence, future energy, future space, future materials and other fields emerge a number of hard-core results with world influence, innovative enterprises and leading talents, the future industry output value of about 500 billion yuan.
--Build the future highland of independent innovation of core technology. Relying on various social entities, the construction of the future industry research institutes, the establishment of about 5 future technology institutes, the cultivation of about 15 future industry innovation centers, the construction of a number of innovation consortia, open up a two-way channel from basic research, applied basic research to industrialization.
--Doing the future engine of future industry cluster development. Create 5 future industry clusters, build 15 or so future industry pioneer areas, tackle 100 or so core components, launch 100 or so high-end products, form 100 or so Chinese standards, and promote industry clustering to lead development.
--Form the future paradigm of integration and innovation of large and medium-sized enterprises. Promote the layout of about 10 leading enterprises to the future industry, develop about 20 eco-led enterprises, build about 100 enterprise technology centers, cultivate about 1,000 high-tech enterprises, and promote the mutual integration of enterprises of various ownership systems.
--Create a future ecology with concentrated elements, openness and tolerance. Actively participate in international big science programs and big science projects, introduce a number of high-level strategic scientists and entrepreneurs, and continuously optimize the innovation ecology. Form about 50 comprehensive application scenarios, and form an innovation ecology with efficient synergy between industry, academia, research and application.
By 2035, the formation of a number of leading global future industry clusters.
Second, the layout of future industries, to create future industrial clusters
(A) to build the future health industry clusters
In Pudong, Baoshan, Minhang, Jinshan, Fengxian and other regions, enhance the "Zhangjiang R & D + Shanghai manufacturing" carrying capacity to create future health industry clusters.
1. Brain-computer interface. Accelerate breakthroughs in non-invasive brain-computer interface technology, brain-computer fusion technology, brain-like chip technology, and neural models of brain computing. Strengthen basic research on brain engineering, brain neuroinformatics, artificial neural networks, etc., and promote R&D and innovation of brain-like chips, brain-like micro and nano optoelectronic devices, brain-like computers, neural interfaces, intelligent prostheses, etc. Explore the application of brain-computer interface technology in the field of physical movement disorders, chronic disorders of consciousness, mental illness and other medical rehabilitation.
2. Biosafety. Breakthroughs in new microorganisms, pathogens, rapid identification and short-term scale detection, scientific tracking and traceability of key technologies. Promote the transformation of new vaccines, antibodies and molecular, immune diagnostics and other common technology research and development, the development of major infectious disease prevention and control drugs with independent intellectual property rights, the construction of biosafety industry system. Support the production and stockpiling of a number of major infectious disease prevention and control drugs, detection reagents and equipment.
3. Synthetic biology. Promote the research and development of DNA/RNA underlying key technologies, and develop DNA/RNA automatic synthesis systems based on bioinformatics and machine learning. Focus on the interactions between primary and secondary metabolism of organisms and develop common cross-cutting technologies in metabolic science. Promote the transformation of synthetic biotechnology applications in innovative drug development, medical and aesthetic product development, microbial strain testing, biodegradable materials, etc.
4. Gene and cell therapy. Breakthroughs in accelerated vector delivery, gene editing and other technologies, and encourage research and development of key technologies such as clinical-grade viral vectors and large-scale cell culture processes. Accelerate the development and transformation of cell therapy, gene therapy, lysing virus and other related technology products. Support the R&D innovation and industrialization application of key raw materials, important equipment and consumables, etc.
(2) Create future intelligent industrial clusters
In Pudong, Xuhui, Yangpu, Baoshan, Minhang, Jiading, Qingpu and other regions, to demonstrate the scene to drive industrial development, to create the future of intelligent industrial clusters.
1. Intelligent computing. Promote breakthroughs in intelligent computing with mega models, cultivate independent frameworks and algorithm platforms for intelligent computing, and develop independent intelligent chips. Collaborate with cloud-side computing power to promote knowledge enhancement, cross-modal unified modeling, prompt learning, continuous learning and other technologies in the innovative application of mega models. Accelerate the application of mega-models to machine vision, intelligent speech semantics, natural language processing, human-computer interaction and other fields, and promote AI universality.
2. Build general AI models with generalized knowledge, dynamic learning and autonomous planning, and deepen the deployment of models in urban governance, biosafety early warning and other fields. Deploy AI+drug R&D, AI+new materials and other applications, promote the development of deep integration between AI and basic sciences such as physics, chemistry and mathematics, and develop basic tools for scientific services. Tackle key technologies such as flexible perception, adaptive migration, and group intelligence, build machine intelligences that integrate perception, decision-making, planning and control, and promote applications in medical, escort and elderly care scenarios.
3. Extended Reality (XR). Breakthroughs in key XR technologies, promoting breakthroughs in near-eye display, perceptual interaction technology, rendering computing technology, and cloud content production and sharing technology. Accelerate the development of XR terminal products and application software, promote the integration and innovation of new generation communication network (NGN) + XR, and develop an industry chain of intelligent interactive devices with integrated software and hardware. Build XR technology application scenarios, accelerate the application in education and training, medical health, industrial manufacturing, sports and entertainment industries.
4. Quantum technology. Around quantum computing, quantum communication, quantum measurement, and actively cultivate quantum technology industry. Research and development of quantum materials and device design, multi-degree of freedom quantum sensing, photoelectricity and acoustic quantum devices and other technologies, in silicon photon, optical communication devices, photonic chips and other device development and application breakthroughs. Promote the application of quantum technology in the fields of finance, big data computing, medical health, resources and environment.
5. 6G technology. Scientific and orderly promotion of key core technology research and development, future network test facilities and large-scale commercialization. Breakthroughs in key technologies such as air-space-sea integration and deterministic networks. Focus on 6G intelligent terminals, system equipment, communication and computing integration network and convergence applications, etc., to promote the industry bigger and stronger. Establish 6G national standards and technology promotion center to strengthen 6G standards leadership.
(3) Build future energy industry clusters
In Pudong, Minhang, Jiading and other regions, create future energy industry clusters.
1. Advanced nuclear energy. Accelerate the commercialization of advanced nuclear energy technology research and development, carry out the development of new small reactors, ultra-high temperature gas-cooled reactor equipment and new nuclear engineering materials research and application. Research and development of small modular thorium-based molten salt reactor nuclear energy systems and modular intelligent equipment, research and development of high-temperature superconducting controlled fusion experimental devices, pre-research of new nuclear fusion energy system technologies, promotion of nuclear energy miniaturization technology verification, and demonstration applications of multi-energy integration.
2. New energy storage. Promote the research and development of strategic energy storage technologies, promote the commercialization of compressed air, liquid flow batteries and other long-time energy storage technologies, promote the landing of "light storage and charging" new energy storage stations, accelerate the technical testing of flywheel energy storage, sodium ion batteries, and promote the research of solid state battery electrolyte technology. Promote high-power and long-life hydrogen fuel cells, carbon paper, proton exchange membrane, catalysts and other key materials innovation, and promote fuel cell cogeneration system, solid oxide fuel cells and other application research.
(D) Create future space industry clusters
In Pudong, Yangpu, Minhang, Jinshan, Songjiang, Qingpu, Chongming and other regions, to create the future of space industry clusters.
1. Deep sea exploration and mining. Promote research and development of deep-sea and polar ships and marine engineering equipment. Develop heavy icebreakers, high-ice LNG vessels and other polar equipment, and build a polar research and resource development equipment system. Research and development of deep-sea marine security, multi-functional rescue and other special ships to improve emergency rescue equipment capabilities. Research and development of deep-water large floating production storage and offloading devices and other energy offshore equipment and resident floating research facilities. Research and development of deep-sea mining equipment, to accelerate the sea test and demonstration applications.
2. Air and space utilization. Breakthroughs in tilt-rotor, composite wing, intelligent flight and other technologies, the development of manned electric vertical takeoff and landing vehicles, to explore new modes of air traffic. Focus on intelligent airborne, composite materials, new energy power innovation, the development of supersonic, wing-body fusion and other new generation of commercial aircraft, to promote hydrogen batteries, hydrogen turbofan and other hydrogen aircraft technology verification demonstration. Develop low-cost satellites and reusable launch vehicles, accelerate the launch of broadband communication satellite networks and commercial operations, actively use space frequency and orbital resources, and build an all-weather, global satellite Internet in land, sea, air and sky.
(E) to build future materials industry clusters
In Pudong, Baoshan, Jinshan and other regions, enhance the industry transformation bearing capacity to create future materials industry clusters.
1. High-end membrane materials. Enhance the basic structure design and raw material autonomy of membrane materials, breakthrough in high-end separation membrane technology, research and development to overcome the fuel cell proton exchange membrane and special resin, hollow fiber membrane for in vitro membrane lung oxygenator, liquid crystal polymer membrane for 5G/6G antenna, high thermal conductivity graphene film and other raw materials and film-forming technology. Continue to promote high-end lithium battery membrane materials, new display optical film, integrated circuit release film and other material technology iterations and industrialization.
2. High-performance composite materials. Strengthen the high-performance fiber industry chain, layout extreme environment fiber, bio-medical fiber, artificial intelligence fiber and other directions. Strengthen the research and development of polyacrylonitrile-based carbon fibers, support the preparation technology and process improvement of viscose based carbon fibers, asphalt based carbon fibers, aramid fibers, ultra-high molecular weight polyolefin fibers, attack the core catalytic materials, and break through the mass production technology of high performance carbon fibers and composite materials. Research and development of energy conversion and storage fibers, color-changing fibers, shape memory fibers and actuating fibers and other application technologies. Continue to research and develop technologies for high-temperature alloys for aero-engines, metal-based composites and high-end medical degradable alloys.
3. Non-silicon based core materials. Promote the development of silicon carbide, gallium nitride and other broadband semiconductor compounds, continue to improve the level of broadband semiconductor compound crystal preparation technology and mass production scale, actively layout broadband semiconductor wafer manufacturing process technology, enhance the ability of broadband semiconductor chip product design, and expand product applications. Actively promote graphene, carbon nanotubes and other carbon-based chip materials, semiconductor two-dimensional materials and other future non-silicon based semiconductor materials technology research and layout.
Third, the implementation of six plans, competing for the future track
(A) the future of technology "foundation-building plan"
Plan to set up a number of future technology colleges and universities to strengthen discipline construction and talent training. Play the role of the Chinese Academy of Engineering academician expert results display and transformation center, gather all kinds of innovative resources, and build the future industry research institute. Develop innovation consortia, form a number of future industry innovation centers, and strengthen multi-path exploration of frontier technologies, cross-fertilization and supply of disruptive technologies. Improve the global innovation network of the future industry, strengthen international innovation collaboration, and lay out a number of overseas technology transfer and transformation network nodes, international technology transfer and innovation cooperation centers.
(2) Future layout "Leading Plan"
Planning future industry pioneer zones, focusing on Lingang, Zhangjiang,
Zizhu, etc., gathering innovation elements and promoting the deep integration of innovation chain and industry chain. Build future industry gas pedal parks, select several special industrial parks for prospective layout, play the role of future industry science and technology parks, and build a number of gas pedals to promote the transformation of innovation achievements. Create the future industry test site, the construction of future communities, future factories, future hospitals, future business, future agriculture and other benchmark demonstration scenes.
(C) Future Partners "Hand-in-Hand Plan"
Cultivate industrial ecology-led enterprises, encourage state-owned enterprises to strengthen the layout of future industries, increase the openness of enterprise innovation, and include them in the annual innovation assessment. Introduce and cultivate a number of innovative enterprises, publish a list of the top 100 hard-core technologies, and form a number of "future stars" leading in niche areas. Relying on the "Pujiang Star" program, build a project mining and screening mechanism that integrates "scientists + entrepreneurs + investors".
(D) "Open Source Program" for future scenarios
Release early validation scenarios to study the feasibility of future technologies and accelerate the "0-1" innovation breakthrough. Release integration test scenarios, support enterprises and research institutes to jointly build pilot bases and verification platforms, implement cross-border integration demonstration projects, and promote the accelerated incubation of "1-100" industries. Release comprehensive promotion scenarios to promote the explosive growth of "1-1 million" with large-scale demonstrations and accelerate application iteration and industrialization.
(E) "Goose formation plan" for future talents
Launch a number of global "unveiling" projects, fully empower scientists with autonomy and decision-making power, and create a good atmosphere of free exploration. Introduce global top talents, scientific research teams and innovative enterprises, establish a market-oriented benefit and risk sharing mechanism, and promote the industrialization of R&D activities. Play academician (expert) workstations, postdoctoral research workstations and other platform functions, tracking future technological innovation achievements, cultivating future industrial innovation talents, and supporting the declaration of various talent programs.
(F) the future ecological "rainforest plan"
Explore the establishment of market-led future industry guidance funds, encourage financial institutions to carry out product and service innovation. Promote the settlement of international industry organizations, and support enterprises to participate in the development of future industry standards and norms. Establish an intellectual property protection system for the future industry, focusing on data security, industrial safety and ethical system construction. Amplify the spillover effects of the World Forum of Top Scientists and the World Conference on Artificial Intelligence, etc., and build a platform for cooperation and exchange in the future industry. Linkage "sea gathered talents" global innovation and entrepreneurship competition, the future industry competition.
IV. Implementation of security measures
(A) strengthen the organization and promotion
Relying on the city manufacturing quality development leading group, establish and improve the municipal level future industry promotion mechanism, strengthen the deployment of basic research, technological innovation and industrialization integration, expand the scale of industry, and coordinate the development of future industry. Strengthen the cooperation between the ministry and the city, and strive for the settlement of major national projects, major projects and important platforms in Shanghai. Strengthen the city and district linkage, strengthen the regional layout and factor protection.
(II) Strengthen strategic research
Relying on the city's Industrial Technology Innovation Strategy Advisory Committee, set up a strategic advisory expert group for future industries. Compile a white paper on the development of future industries and accelerate the improvement of the statistical system. Form a platform to promote the future industry, promote resource matching and transformation of achievements, and optimize the ecology of future industry development.
(C) strengthen policy support
Research and formulate support policies to promote the development of future industries, and increase the support for high-quality industrial development, the development of strategic emerging industries and science and technology innovation action plans and other special projects. Implement the policies of R&D expenses plus deduction, equipment first (set), science and technology innovation vouchers, innovation product promotion, etc., encourage the market to carry out consumption subsidies, cultivate and grow market demand. Strengthen the talent service guarantee and financing support. Each district can be combined with the actual introduction of special support policies.
(D) strengthen reform and innovation
Sound and perfect the system specification to adapt to the future industrial technology change and industrial change requirements. In accordance with the principle of inclusiveness and prudence, coordinate regulation and services, appropriately relax market access for products and services in emerging fields, and deepen the innovation of mechanisms and policies to reduce and untie the burden of research talents. Accelerate the market allocation of factors, strengthen the main position of enterprise innovation, study the future industrial land use model, and promote the opening and trading of data.
(E) Strengthen the atmosphere
Vigorously create a social atmosphere and innovation culture that encourage innovation, tolerate failure, respect talents and respect creativity. Strengthen the construction of scenarios, increase the efforts of pilot applications, innovation demonstration case summaries and experience promotion. Deepen science education, so that more seeds of future science can be bred and germinate, and build a solid foundation for the sustainable development of future industries.
Article Link：
shanghai.gov.cn/nw12344/20221011/3c8c02700bfd400293faf955bc33e6af.html
