B[Seminar on Operation Control Policies and Standards for Transport Airlines Held in Beijing] On October 9, according to China Civil Aviation News, on October 9, a seminar on Operation Control Policies and Standards for Transport Airlines was held in Beijing. In order to continue to deepen the construction of the operation control system and comprehensively strengthen risk management and control capabilities, the meeting proposed three aspects of work requirements. The first is to consolidate the foundation of the movement control talent team. Continue to strengthen the management of personnel qualifications and capabilities, consolidate the construction of personnel style, and lay a solid foundation for operation control work. The second is to promote independent control of key technologies. Build a domestic operation control system, promote the practical application of domestic international aeronautical charts, domestic navigation databases and other products, continuously improve the level of localized application in the field of operation control, and firmly grasp the initiative in safe operation and normal guarantee of flights. The third is to deepen the collaborative innovation and development of the industry. Promote information exchange and sharing, build a "national network" for operation and control, and gather the joint development efforts of the entire industry. B[Ministry of Science and Technology: Work with relevant departments to continue cracking down on illegal activities such as buying and selling papers] September 29th, at the "Starting the 15th Five-Year Plan" series of themed press conferences held by the State Council Information Office today (29th), Vice Minister Qiu Yong of the Ministry of Science and Technology introduced that the Ministry of Science and Technology, together with relevant departments, has established and improved systems and mechanisms related to scientific research integrity, strengthened publicity and education guidance, adhered to a "zero tolerance" attitude, severely punished academic misconduct, and continued to create a good scientific research environment with integrity. Take the lead in carrying out special rectification work on retracted papers due to academic misconduct, promote relevant departments to establish and improve the system's regular verification and processing mechanism for retracted papers, and further consolidate the main responsibilities of scientific research units. Together with relevant departments, we will continue to crack down on illegal activities such as buying and selling papers. Relevant departments will seriously deal with scientific researchers who purchase papers, as well as illegal business entities, websites, and online stores that sell papers, and publicly report relevant typical cases. At the same time, a database of serious breaches of trust in scientific research integrity has been established to support relevant parties in conducting scientific research integrity audits in science and technology project establishment, academician selection, science and technology awards, etc., and to implement joint breach of trust punishment in accordance with regulations for individuals and units with problems in the review. (CCTV News) B[Strengthening basic research will focus on promoting four aspects of work during the "15th Five-Year Plan" period] At the "Starting the 15th Five-Year Plan" series of themed press conferences held by the State Council Information Office today (29th), Vice Minister Long Teng of the Ministry of Science and Technology introduced that basic research is the source of the entire scientific system and the general agency for all technical issues. In recent years, the overall strength of China's basic research has been significantly enhanced, and a number of major original results have been achieved in the fields of basic mathematics, quantum technology, physical science, and space science. Basic research has entered a new stage of comprehensive improvement and key breakthroughs. In the next step, the Ministry of Science and Technology will focus on promoting work in four aspects.
The first is to strengthen the strategic orientation and original orientation of basic research. Based on the urgent and long-term needs of the country, we will further clarify the main directions and key areas of basic research, and coordinate the advancement of original innovation and key core technology research. Extensively mobilize the forces of all parties, strengthen the coordination and linkage of scientific and technological forces, integrate resources to promote original and disruptive innovation, and comprehensively improve the ability to systematically tackle basic research problems. Continuously improve the discipline setting adjustment mechanism, pay attention to supporting unpopular and weak disciplines, cultivate emerging disciplines, and encourage multi-disciplinary cross-integration and interdisciplinary research.
The second is to vigorously support outstanding young scientific and technological talents. Increase stable support for outstanding young scientific and technological talents, and support outstanding young scientific and technological talents in taking the lead and playing the leading role in major scientific research tasks. Improve the talent funding system for basic research and continue to cultivate a team of young talents. Universities and scientific research institutes should increase their stable support for early-career young talents and support young talents in practicing basic scientific research skills. Strengthen the construction of basic research reserve forces and attract outstanding young students to devote themselves to basic research.
The third is to improve the diversified investment pattern. Continue to increase central financial investment and improve the investment mechanism that combines competitive support and stable support for basic research. Encourage local governments to strengthen support for basic research based on economic and social development needs. Encourage and guide enterprises to increase investment in basic research, implement preferential tax policies for enterprises to invest in basic research, and increase efforts to establish joint funds between the National Natural Science Foundation of China and enterprises. Encourage social forces to invest in basic research through multiple channels such as setting up science funds and scientific donations, and expand financial policies to support basic research.
The fourth is to improve the basic research support system. Accelerate the construction of basic research platform bases, continue to strengthen the research and development of high-end scientific research instruments, further promote the construction of scientific databases and germplasm resource banks, accelerate the construction of world-class scientific and technological journals, further strengthen the openness and sharing of major scientific and technological infrastructure and high-end scientific research instruments, and improve the ability to independently guarantee basic scientific and technological conditions. (CCTV News) B[The "15th Five-Year Plan" for the Development of New Battery Industry: Exploring the International Acceptance Plan for New Battery Digital Passports] On September 28, seven departments including the Ministry of Industry and Information Technology, the National Development and Reform Commission, the Ministry of Transport, the Ministry of Commerce, the State Administration for Market Regulation, the National Energy Administration, and the National Railway Administration recently jointly issued the "15th Five-Year Plan for the Development of the New Battery Industry." It pointed out that product traceability and carbon footprint management should be improved. Strengthen the construction of public service capabilities such as full life cycle traceability management of new batteries, strengthen overall coding management, establish a digital ID card management system for new energy vehicle power batteries and other products, realize information transparency and intelligent management of the entire industry chain, and explore international solutions for new battery digital passports. Coordinate and promote the construction of a carbon footprint accounting system for new battery products and actively carry out product carbon footprint management. Build a new battery life cycle assessment model, continue to improve the product carbon footprint factor database, and promote international mutual recognition and sharing of data. B[The country’s first marine Token factory lands in Qingdao] September 18th. On September 17, at the parallel forum of the 2026 Ocean Cooperation and Development Forum “Exploring the Deep Sea – Value Transformation of Future Marine Industries”, the country’s first exclusive smart element supply platform for the marine industry, the Ocean Token (Ciyuan) Factory, was officially released and landed in Qingdao. According to reports, the overall architecture of the Ocean Token Factory includes three parts: data, computing power, and algorithms. In terms of data, the platform can provide more than 130 types of sea-related data such as maritime operation specifications and marine environment elements, and has built an exclusive database for the frontline needs of the ocean; in terms of computing power, it has formed a marine computing resource pool with a total computing power of more than 800P, and is still expanding; in terms of algorithms, it has gathered more than 20 large models specialized in the marine field, such as sea viewing and starfish, and more than 30 general models such as the "Nine Sky" large model. According to the plan, the Marine Token Factory will penetrate deep into actual scenarios such as deep-sea oil and gas exploration to serve the needs of leading companies in the industry. B[Two departments: Strengthen the compatibility and adaptation of terminal-side large models, computing chips, storage chips, and operating systems to accelerate the deep integration of smart bodies and terminal products] On September 15, the Ministry of Industry and Information Technology and the National Development and Reform Commission issued the "Fifteenth Five-Year Plan for the Development of Electronic Information Manufacturing Industry", which mentioned that the foundation for artificial intelligence hardware should be consolidated. Support technological innovation and product iterative upgrades. Strengthen the collaboration between artificial intelligence chips and complete machine products, accelerate the development of cloud training equipment, develop end-side reasoning equipment and chips for embodied intelligence, autonomous driving and other fields, and consolidate and expand the application scale of artificial intelligence chips. Promote the preparation and implementation of the Computing High-speed Interconnect Bus Unified Protocol (CLink) series of specifications. Strengthen the adaptation of artificial intelligence chips to large models, databases, etc. Build relevant public service platforms and improve the artificial intelligence chip standard system. Continue to promote iterative upgrades of products such as artificial intelligence mobile phones, personal computers, smart glasses, audio-visual terminals, vehicle-mounted terminals, industrial terminals, and commercial terminals, broaden usage scenarios, and optimize product experience.
Strengthen research on key end-side technologies and promote the application and transformation of innovative results. Strengthen the compatibility and adaptation of end-side large models, computing chips, storage chips, and operating systems, and accelerate the in-depth integration of intelligent agents and terminal products. Establish an intelligent grading standard system and evaluation system for artificial intelligence terminals, and strengthen the implementation and promotion of standards. Accelerate the construction of the upstream and downstream ecosystem of the industrial chain and support the large-scale application of artificial intelligence terminals in key areas. B[He Baohong, Chief Engineer of China Academy of Information and Communications Technology: Build a differentiated computing power layout system to promote computing power construction from scale expansion to quality and efficiency improvement] On September 12, He Baohong, chief engineer of China Academy of Information and Communications Technology, said at the 2026 China Computing Power Conference that the development of comprehensive computing power should focus on differentiated layout, software and hardware industry systems, low-carbon computing power base and national integrated institutional systems, and promote computing power construction from scale expansion to quality and efficiency improvement. In terms of zoning policies, advantaged areas should pay equal attention to improving stock quality and filling in rigid demand, and deeply explore high value-added scenarios; growing areas should strengthen regional computing power hubs and use industry applications to drive supporting upgrades of storage and computing networks; resource-based areas should undertake non-real-time services such as training and cold data, and complement the Sinotrans network and industrial ecology. In terms of extending and strengthening the chain, it is recommended that the new intelligent computing center be configured with storage and network simultaneously, and the entire chain of chips, servers, databases, and models should be improved to drive the construction of computing power, storage capacity, and transportation capacity based on real business needs. In terms of green empowerment and overall management and control, it is recommended to promote liquid cooling, energy-saving transformation and computing and power collaboration, improve clean energy consumption, and improve pricing, transactions, value accounting and compliance supervision systems. B[Inner Mongolia: The output value of the biomanufacturing industry will reach more than 100 billion yuan by 2030] On September 11, the General Office of the People's Government of the Inner Mongolia Autonomous Region recently issued the "Action Plan for Accelerating the High-quality Development of the Biomanufacturing Industry in the Inner Mongolia Autonomous Region." It is proposed that by 2030, the scale of the bio-manufacturing industry will continue to expand, the entire industry chain will be gradually built, and it will become an important engine for the development of new productivity in the autonomous region. The output value will reach more than 100 billion yuan, and the number of bio-manufacturing enterprises in the region will be strived to reach more than 500, among which, enterprises above designated size will reach To more than 200 companies, Hutong Chiba Bio-manufacturing Industry Cluster will be supported to create a national-level advanced manufacturing cluster; scientific and technological innovation capabilities will be significantly enhanced, and an important national bio-manufacturing technology innovation node will be basically established. The world's largest lactic acid bacteria and other microbial germplasm resources and genome database will be built to consolidate Traditional advantages include maintaining the international leading level in key indicators such as amino acid fermentation efficiency and veterinary vaccine research and development; industrial upgrading is accelerated, industrialization of key materials such as polylactic acid and bio-based nylon is realized, and the application proportion of non-grain raw materials is gradually increased; market entities and brand cultivation systems are accelerated to build 2- 3 local leading enterprises with a revenue of 5 billion yuan, more than 1 national-level specialized, special and new "little giant" enterprises, more than 5 autonomous region-level specialized, special and new small and medium-sized enterprises, and 2-3 brand products with strong competitiveness in the domestic market, introduce more than 2 well-known domestic and foreign companies to set up production bases. A[Hubei: Focus on optical communications, high-end chips, Beidou high-precision positioning, etc. to carry out concentrated research and promote original innovations in cutting-edge directions such as artificial intelligence, embodied intelligence, quantum technology, brain-computer interface, 6G] On September 10, the Hubei Provincial People's Government issued the "15th Five-Year Plan for the Construction of Digital Hubei". The plan points out that research on key technologies in the field of digital intelligence will be strengthened. Carry out concentrated research around optical communications, high-end chips, Beidou high-precision positioning, communication, navigation and remote integration, Internet of Things, heterogeneous computing power scheduling, multi-modal artificial intelligence, and trusted data circulation, and promote original innovations in cutting-edge directions such as artificial intelligence, embodied intelligence, quantum technology, brain-computer interfaces, and 6G. Promote iterative optimization and lightweight adaptation of general large models, and build industry models focusing on industry, cultural tourism, water conservancy, emergency and other fields. Improve the level of independent and controllable security. Relying on the East Lake Science City, the Optics Valley Science and Technology Innovation Corridor, and the National Memory Base, we will carry out independent secure computing key technology research around storage and computing integration, computing power chips, operating systems, databases, middleware, etc., and strengthen the research and development of underlying technologies.
Promote the pilot application of autonomous security computing in government affairs, finance, energy, and key industries. Build an innovative ecosystem that deeply integrates industry, academia, and research. Build high-level scientific research platforms and talent bases around optoelectronic information, intelligent connected cars, 6G, quantum technology and other directions. Lay out a concept verification center in the field of digital intelligence and strive to create a national artificial intelligence application pilot base. Support the construction of an industry-education integration platform, accelerate the layout of disciplines such as embodied intelligence, data science and engineering, and support vocational colleges to strengthen the cultivation of digital skills talents. Innovate technology financial models and products, and guide social capital to invest in early digital intelligence technology projects. B[Seven departments: Strengthen the research and development of key supporting technologies such as storage and computing integration, high-performance storage, data compression, distributed training framework, DB4AI (database for AI services)] On September 4, seven departments including the Central Cyberspace Administration of China jointly issued the "Implementation Plan for Promoting Digital Green Collaborative Transformation Development (2026-2030)". It pointed out that the research and development of key supporting technologies such as storage and computing integration, high-performance storage, data compression, distributed training framework, and DB4AI (database for AI services) should be strengthened, and core technologies such as high-speed interconnection, high-bandwidth memory, and low-power computing should be accelerated to improve the efficiency of data transmission and model training. Accelerate the research on more efficient model training and inference methods, actively promote the optimization and iteration of model architectures such as hybrid experts and dynamic sparse, strengthen research on model compression technologies such as quantification and pruning, explore lightweight deployment methods, and achieve a balance between ultra-large-scale parameter model performance and resource overhead. Accelerate the construction of full-stack collaboration capabilities of software and hardware, strengthen R&D adaptation of low-power chips, operator acceleration libraries, communications, compilation, frameworks, algorithms, and multi-agent collaboration to support rapid iteration of artificial intelligence technology and universal ease of use. Build a resource consumption assessment system for the entire life cycle of generative artificial intelligence, guide generative artificial intelligence service providers to proactively disclose large model resource utilization, and guide the green and efficient development of artificial intelligence technology. B[Guangdong: Encourage the exploration of methods such as "first expropriation, then replacement" to implement the replacement of state-owned construction land and collective construction land] On September 3, the Guangdong Provincial Department of Natural Resources publicly solicited opinions on the "Several Measures to Accelerate the Redevelopment of Inefficient Land to Promote High-Quality Development (Draft for Comment)". It was mentioned that exploring the implementation of land replacement. Sporadic low-efficiency land such as corner land, sandwich land, and flower arrangement land involved in the implementation of regional overall planning and block development, state-owned construction land, and collective construction land can be exchanged with the approval of the municipal and county people's governments in accordance with the principle of "similar area or equivalent value, voluntary exchange, and voucher exchange." It will not be regarded as a transaction and will not involve the verification and payment of relevant taxes and fees. The replacement plot must have obtained the certificate of ownership of the construction land use right, has no rights restrictions such as mortgage or seizure, and at least one party has been included in the inefficient land database. The value difference can be made up through currency, property, etc. Replacement plots can be registered for real estate with the replacement plan and relevant approval documents, replacement agreement and other materials, without submitting relevant tax payment vouchers. Encourage the exploration of methods such as "first expropriation, then replacement" to implement the replacement of state-owned construction land and collective construction land. B[China takes the lead in formulating the world's first international standard for pathogenic gene databases] September 2nd, reporters learned from the National Standards Committee today that the world's first international standard for pathogenic gene databases, led by China, has been formally established recently. It will establish a unified "standard" for the construction of global pathogenic microorganism genome databases. The pathogenic microorganism genome reference database is equivalent to a genetic reference dictionary. By comparing the genetic information in the patient sample with the entries in this dictionary, you can identify which virus or bacteria it is, and doctors can treat it accordingly.
This time, the international standard led by China is to compile this "pathogen gene dictionary" for the world. After the standard is implemented, the unified database can accurately identify difficult infection cases and greatly reduce the probability of misdiagnosis and missed diagnosis. At the same time, it can help countries quickly identify the source of the epidemic, track the transmission path, and provide standardized and reliable technical support for epidemic prevention and control. (CCTV Finance) A[Ministry of Industry and Information Technology: Organize service providers to take the lead in forming "artificial intelligence application service groups" such as digital resonance, computing and computer collaboration] On August 31, the General Office of the Ministry of Industry and Information Technology issued a notice on launching a special action to cultivate artificial intelligence application service providers. It pointed out that the level of service supply should be improved. Organize service providers to take the lead in forming "artificial intelligence application service groups" such as modeling and mathematical resonance, computing and computer collaboration, and work with upstream and downstream units to create integrated solutions. Coordinate and make good use of innovation carriers such as national artificial intelligence application pilot bases and technology business incubators in the region to provide service providers with basic conditions such as technology research and development, testing and verification, and pilot maturity, accelerate solution innovation, and support the development and growth of service providers who are "specialized, specialized, and innovative." Support service providers to carry out targeted research on key technical problems such as software and hardware adaptation and multi-model collaboration. Service providers are encouraged to improve their integrated application capabilities for basic software and hardware products such as safe and reliable operating systems, databases, and artificial intelligence training and reasoning chips. Promptly push various artificial intelligence software and hardware product security risk information and risk events to service providers. Guide service providers to embed network security, data security, ethical governance, business compliance and other management requirements into the entire process of research and development, deployment, and application, changing passive responses to proactive prevention and control.
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