Group 1 - The article highlights the optimism among the people of Liaoning for the new year, emphasizing their desire for change and development [1] - Recent initiatives in Liaoning, such as the focus on advanced manufacturing, quantum technology, and the integration of technological and industrial innovation, indicate a forward-looking approach [1] - The reduction of residence permit processing time from 15 days to 15 minutes is presented as a significant improvement in efficiency [1] Group 2 - The article addresses ongoing challenges in the business environment, including issues of bureaucratic inefficiency and corruption that frustrate both local and external stakeholders [1] - The provincial government has initiated a new action plan to tackle business environment issues, including a system where provincial leaders are assigned to connect with 20 key enterprises each [2] - The commitment to confront and resolve these issues is seen as a pathway for Liaoning to transform from "can do" to "will do" [3]

Core Viewpoint - The Ministry of Industry and Information Technology (MIIT) of China has issued the "Manufacturing Industry Pilot Standard System Construction Guide (2025 Edition)" to accelerate the efficient transformation and application of major technological achievements, emphasizing the establishment of pilot verification and testing platforms [1][3]. Group 1: Standard System Construction - The guide aims to revise and establish over 50 standards by 2027 and 100 standards by 2030, creating an advanced manufacturing pilot standard system that includes basic general, key technology, and industry application standards [1][11]. - The manufacturing pilot is a transitional test that connects the technology chain, innovation chain, and industry chain, facilitating the flow of technological innovation to market application [7][1]. Group 2: Structure of the Standard System - The manufacturing pilot standard system consists of three parts: basic general standards, key technology standards, and industry application standards [2][13]. - Basic general standards provide the foundational support for the pilot system, while key technology standards define requirements for equipment, materials, platforms, validation, and outcome evaluation [2][13]. Group 3: Industry Application Focus - The guide emphasizes the need for industry-specific and actionable pilot standards, particularly in emerging and future industries such as brain-computer interfaces, the metaverse, artificial intelligence, quantum technology, and clean hydrogen [2][3]. - The industry application standards ensure that pilot activities are conducted scientifically within specific industries, covering sectors like raw materials, equipment manufacturing, consumer goods, and information technology [2][13]. Group 4: Development Status and Future Goals - China has established over 2,400 pilot platforms, with 241 selected as key cultivation platforms by MIIT, which have undertaken 25,000 pilot service projects [3][4]. - By the end of 2027, the goal is to further strengthen high-level pilot platforms and establish a modern pilot platform system with a nationwide service network [3][4].

Core Viewpoint - The article emphasizes the rapid growth and transformation of China's economy driven by innovation, particularly through strategic emerging industries and future industries, which are reshaping the industrial landscape and enhancing global competitiveness [6][11]. Group 1: Economic Transformation - The "14th Five-Year Plan" prioritizes the construction of a modern industrial system and the strengthening of the real economy, focusing on nurturing emerging and future industries as a strategic task [5]. - Continuous increases in R&D investment and the rising contribution of strategic emerging industries to GDP highlight a clear shift towards an innovation-driven economy [8][9]. Group 2: Industry Growth - Strategic emerging industries are becoming the main force in China's economic transformation, with significant growth in sectors such as low-altitude economy, commercial aerospace, and renewable energy [11][12]. - The market size of the low-altitude economy has doubled over four years, while the commercial aerospace sector has seen a substantial increase in launch frequency and satellite numbers [12][13]. Group 3: R&D Investment - R&D expenditure has steadily increased for four consecutive years, with the intensity of R&D investment rising significantly [9]. - The value added by strategic emerging industries is projected to continue expanding, with a notable increase in their share of GDP [9][10]. Group 4: Future Industries - Future industries, including quantum technology and brain-computer interfaces, are experiencing rapid advancements and commercialization, positioning China as a leader in global technology competition [15][17]. - The artificial intelligence sector is expected to exceed 700 billion yuan in 2024, maintaining a growth rate of over 20% annually, with China leading in AI patent applications [17][18].

Core Insights - The "14th Five-Year" period has seen significant achievements in revitalizing Jilin's economy, with stable GDP growth and improved economic structure [1] - The focus is on building a modern industrial system, emphasizing the transformation of traditional industries and the growth of strategic emerging industries [2][3] - There is a strong push for innovation and the establishment of a robust technological platform, with a notable increase in high-tech enterprises [1][2] Economic Development - Jilin's GDP has shown stable growth, with a continuous optimization of the economic structure and enhanced resilience and vitality [1] - The province has implemented effective strategies to expand domestic demand, particularly in tourism and consumption sectors [1] Industrial Transformation - The strategy emphasizes the optimization and upgrading of traditional industries, including the transition of the automotive sector to new energy vehicles and the petrochemical industry towards higher quality and reduced oil dependency [2] - There is a focus on fostering strategic emerging industries such as new energy, new materials, and biomanufacturing, with specific targets for growth in these sectors [3][4] Future Industry Layout - Jilin aims to seize opportunities in future industries like artificial intelligence, hydrogen energy, and advanced manufacturing, with plans to develop a comprehensive ecosystem around these sectors [4] - The province is set to enhance its capabilities in high-performance computing and develop new battery technologies [4] Modern Service Industry - The development of the modern service industry is prioritized, with initiatives to enhance service quality and integrate with advanced manufacturing and agriculture [5] - There is a specific focus on promoting the ice and snow economy, including the development of related tourism and equipment industries [5] Infrastructure Development - Jilin plans to advance its infrastructure system, balancing new construction with the renovation of existing facilities, and enhancing digital infrastructure [6] - Key projects include the expansion of transportation networks and the optimization of water and energy resource management [6]

Core Viewpoint - The Jilin Provincial Committee of the Communist Party of China has released recommendations for the 15th Five-Year Plan, focusing on the strategic development of future industries such as artificial intelligence, hydrogen energy, and advanced manufacturing [1] Group 1: Future Industry Development - The plan emphasizes the need to seize opportunities in emerging industries, including artificial intelligence, hydrogen energy, new energy storage, aerospace information, biomanufacturing, and atomic-level manufacturing [1] - It aims to establish high-performance computing clusters and promote the "AI+" initiative to develop a comprehensive intelligent and humanoid robotics industry [1] Group 2: Hydrogen Energy Initiatives - The plan outlines the acceleration of hydrogen energy industry development, aiming to create a "hydrogen energy+" industrial ecosystem [1] - It supports the promotion of hydrogen-powered intercity trains and focuses on building hydrogen energy transportation corridors [1] Group 3: Advanced Battery and Satellite Development - There is a strong push for the development of high-efficiency, low-cost new battery products [1] - The plan includes the research and development of next-generation satellite products and the establishment of an integrated information infrastructure that combines space, ground, and remote sensing technologies [1] Group 4: Biomanufacturing and Key Technologies - The plan calls for accelerated development of bioproducts and the creation of new biological health products [1] - It emphasizes the need to tackle key technologies in high-precision equipment, advanced materials, and micro-nano manufacturing processes to expedite industrialization [1]

Core Viewpoint - The Jilin Provincial Committee of the Communist Party of China has released recommendations for the 15th Five-Year Plan, emphasizing the strategic development of future industries such as artificial intelligence, hydrogen energy, and biomanufacturing [1] Group 1: Future Industry Development - The plan aims to seize opportunities in future industries, including artificial intelligence, hydrogen energy, new energy storage, aerospace information, biomanufacturing, and atomic-level manufacturing [1] - A focus on building high-performance computing clusters and promoting the "AI+" initiative to develop a comprehensive intelligent and humanoid robotics industry [1] - Accelerating the layout of the hydrogen energy industry and constructing a "hydrogen energy+" industrial ecosystem, including the promotion of hydrogen-powered intercity trains [1] Group 2: Technological Advancements - The plan emphasizes the development of high-efficiency, low-cost new battery products and the research of next-generation satellite products [1] - It aims to create an integrated information infrastructure and service system that combines space, ground, and remote sensing technologies [1] - There is a strong focus on advancing bioproducts and developing new biological health products, alongside tackling key technologies in high-precision equipment, advanced materials, and micro-nano manufacturing processes [1]

Core Viewpoint - The Jilin Provincial Committee of the Communist Party of China has released recommendations for the 15th Five-Year Plan for the province's economic and social development, focusing on future industries and strategic positioning in emerging sectors [1] Group 1: Future Industry Development - The plan emphasizes the importance of seizing opportunities in future industries such as artificial intelligence, hydrogen energy, new energy storage, aerospace information, biomanufacturing, and atomic-level manufacturing [1] - A high-performance computing cluster will be established to promote the "Artificial Intelligence +" initiative, aiming to develop a comprehensive intelligent and humanoid robotics industry [1] - The hydrogen energy industry will be accelerated, with a focus on creating a "Hydrogen +" industrial ecosystem and promoting applications like hydrogen-powered intercity trains to establish hydrogen transportation corridors [1] Group 2: Technological Advancements - The plan advocates for the development of high-efficiency, low-cost new battery products and the research of next-generation satellite products [1] - It aims to build an integrated information infrastructure and service system that combines space, ground, and remote sensing technologies [1] - There is a strong emphasis on advancing bioproducts and developing new biological health products, alongside tackling key technologies in high-precision equipment, advanced materials, and micro-nano manufacturing processes to accelerate industrialization [1]

Core Points - The 2025 Atomic-Level Manufacturing Industry Development Forum will be held on December 19-20, 2025, in Shanghai, focusing on the theme "Synergistic Development of Science and Industry" [1] - The forum is organized by the Shanghai Industrial Technology Innovation Promotion Association and the Atomic-Level Manufacturing Innovation Development Alliance, with the Mechanical Industry Instrumentation Comprehensive Technology Economic Research Institute as the host [1] - The event will gather experts, scholars, and industry representatives from various sectors, including universities, research institutions, state-owned enterprises, innovative technology companies, financial investment institutions, and government [1] - The forum aims to present national strategies and regional development dynamics, share innovative development concepts from academicians and experts, and discuss future paths for synchronized development of science and industry [1] - It will showcase the technological foresight, industrial innovation, international strategy, and economic driving force of atomic-level manufacturing, while also promoting collaboration among government, industry, academia, research, and finance [1]

Group 1: Core Concept of Atomic-Level Manufacturing - Atomic-level manufacturing is described as the ultimate form of material manipulation, akin to "extreme Lego" or "atomic embroidery," allowing precise control over individual atoms to create new materials and devices [2][3] - The technology has evolved from merely observing atoms to manipulating them, with significant advancements in techniques that allow for the determination of atomic coordinates [3][4] Group 2: Industry Applications and Implications - In the integrated circuit industry, achieving single-atom features in chips could reduce size and power consumption to less than one-thousandth of current levels while increasing computational power by over a thousand times [3] - The development of atomic-level manufacturing is seen as a strategic priority for major countries, with initiatives like the National Natural Science Foundation of China launching special projects by 2025 [3][4] Group 3: Research and Technological Innovations - Researchers are exploring innovative methods, such as using DNA as a programming language to guide the precise construction of atomic-level structures [3][4] - The Nanjing Atomic Manufacturing Research Institute has established a 30-meter-long experimental facility capable of manipulating atomic clusters at unprecedented speeds, achieving over a trillion operations per second [4][5] Group 4: Future Prospects and Global Collaboration - The potential of atomic-level manufacturing is vast, with applications ranging from energy solutions, such as artificial leaves for clean energy production, to breakthroughs in quantum computing and medical technologies [13][14][15] - The realization of atomic-level manufacturing will require interdisciplinary collaboration and the development of a skilled workforce across various scientific fields [15]

将重塑材料、器件与信息体系的根基 原子级制造，就是以原子为原料，制造所需的材料和器件产品。"原子级制造是通过对原子的规模化精 准操控，实现原子尺度结构或原子精度加工。它的独特价值在于，'原子'成为可编程的制造单元。"会 议召集人之一、华南师范大学教授赵纪军表示，原子级制造是先进制造技术向极微观深入发展的必然趋 势，也是我国构筑未来产业竞争优势的重要战略选择。 也许有一天，人类可以精确地操控原子，让物质和材料合成摆脱对体系和配方的依赖，从而按照需求自 由定制。这项听上去有些科幻的技术，正一步步向现实迈进。 "原子级制造不仅是材料科学与制造工程的交汇点，更是人类认识和重构物质的全新方式。"11月11日至 14日，南京大学与施普林格·自然出版集团联合主办的"原子级制造：前沿与应用"国际会议在南京大学 举行。会议发起人之一、南京大学原子制造研究院院长宋凤麒教授介绍，如何将原子垒砌成"人工分 子"，继而制造出新材料、新结构、新产品，正在成为全球科学家改造物质世界的热门探索。 此次会议吸引了来自全球的500余位学者、专家及产业代表参加。多位与会学者表示，原子级制造作为 面向未来的重要战略技术，正在重塑材料科学、器件物理与 ...