Core Viewpoint - The State-owned Assets Supervision and Administration Commission (SASAC) will actively undertake major national technological tasks during the 14th Five-Year Plan period, focusing on breakthroughs in critical areas and weak links, particularly in sectors requiring significant investment and long cycles, where other enterprises lack willingness or capability [1][4] Group 1: Traditional Industry Transformation - Emphasis on the transformation and upgrading of traditional industries through a new round of digital transformation actions, integrating AI, big data, cloud computing, 5G, and IoT with traditional industries [2][5] - Continuous promotion of technological upgrades and large-scale equipment renewal, leading the implementation of carbon peak plans in key industries, enhancing resource recycling, and accelerating product iteration and upgrading [2][5] Group 2: Emerging and Future Industries - Focus on cultivating emerging and future industries through actions that highlight engineering and scenario-driven approaches, targeting sectors with substantial size, rapid growth, and promising prospects over the next five years [6] - Active development in key areas such as new energy, new energy vehicles, new materials, aerospace, low-altitude economy, and advanced planning in cutting-edge fields like quantum technology, embodied intelligence, biomanufacturing, green shipping, and 6G [6] Group 3: Investment and Financing System - Development of a specialized and market-oriented investment and financing system, leveraging state-owned capital investment and operation companies, and utilizing various financial tools to support strategic emerging industries [3][6] - Establishment of a comprehensive investment decision-making mechanism covering all stages from seed to growth, aiming to create a high-level state-owned capital operation platform to support the long-term and strategic capital needs of the real economy [3][6] - SASAC aims to deepen the reform of state-owned enterprises, focusing on enhancing core functions and competitiveness [3][6]

Core Insights - The biomanufacturing industry in China has grown significantly, with a total scale reaching 1.1 trillion yuan, and bioproducts accounting for over 70% of global production [1] - The industry is expected to be a core driver of the Fourth Industrial Revolution, emphasizing the importance of biomanufacturing in fostering new productive forces and advancing new industrialization [1] - The "14th Five-Year Plan" period is projected to see continued growth in biobased materials and chemicals, with bioproduct output increasing by approximately 20% compared to the end of the "13th Five-Year Plan" [1] Industry Growth and Innovation - Significant breakthroughs in technology and product innovation have been achieved, including high-throughput gene sequencers and AI protein design platforms, leading to the commercialization of various biomanufactured products [2] - The emergence of biomanufacturing clusters, such as in Shenzhen and Hainan, showcases localized development and the establishment of significant production capabilities in amino acids and marine biomanufacturing [2] - The Ministry of Industry and Information Technology has announced key lists related to high-performance bioreactor innovation and pilot capabilities, indicating a structured approach to industry advancement [3] Policy and Strategic Development - The Ministry of Industry and Information Technology aims to create a comprehensive ecosystem for biomanufacturing, focusing on innovation, transformation support, and product quality [3] - The upcoming "15th Five-Year Plan" will outline strategies for biomanufacturing, including the establishment of pilot platforms and the cultivation of composite talents in the sector [3] - Emphasis will be placed on addressing fundamental scientific issues and engineering bottlenecks, promoting deep integration of technological and industrial innovation [4] Recommendations for High-Quality Development - The establishment of an innovation system, modern industrial system, and management service system is recommended to accelerate high-quality development in biomanufacturing [4] - Support for diverse development routes and the creation of high-energy innovation platforms tailored to regional strategies is encouraged [5] - The focus will be on enhancing the evaluation mechanisms for original products and fostering specialized small and medium enterprises in the biomanufacturing sector [5]

（来源：千龙网） 近日，记者从北京市人社局获悉，2025年本市新增博士后站115家。其中包括7家博士后工作站和108家 园区分站，设站规模稳步扩大，服务效能持续提升。 据悉，新增的新设站单位以科技创新型企业为主，其中新能源、新材料、航空航天、人工智能、生物制 造等战略新兴产业占比超六成，科技赋能新质生产力培育效能显著提升。 为进一步加强博士后工作站运营水平，助力企业科研成果和人才培养双丰收，围绕新设站单位普遍关心 的制度建设、人才引进、培养使用等问题，近日，市人社局专门组织开展专题培训，解读博士后设站管 理相关政策、运营核心要点等，为新设站单位提供精准指引。同时，邀请中关村科技园区海淀园、北京 市农林科学院博士后工作负责人分享园区集群化运营经验、博士后人才培养及成果转化实践经验等，为 新设站单位聚焦人才培养方向，优化培养模式提供了参考。 ...

Quantum Technology - The Australian team has developed an 11-qubit silicon-based processor, achieving high-fidelity entanglement across dual-core spin registers, marking a significant academic breakthrough in silicon quantum computing [9][10][12] - The Canadian government has launched the Quantum Leaders Program (CQCP) with an investment of up to CAD 92 million to support local companies in developing industrial-grade fault-tolerant quantum computers [10][11] - The global quantum industry is entering a phase of "technology route differentiation and ecological collaboration," with major players like IBM and Google making significant advancements in superconducting and quantum error correction technologies [13] Biomanufacturing - The AI-driven pharmaceutical company Insilico Medicine is set to go public on the Hong Kong Stock Exchange, aiming to raise HKD 2.277 billion, leveraging its Pharma.AI platform for end-to-end drug development [14][16] - The Ministry of Industry and Information Technology has released key lists at the 2025 Biomanufacturing Conference, highlighting 28 high-performance bioreactor innovation units and 43 pilot capacity construction platforms [23] Hydrogen Energy and Nuclear Fusion - The Chinese government emphasizes expanding green electricity applications and fostering hydrogen energy as part of its dual carbon goals, with a focus on developing new growth points [25][26] - China Energy Construction has launched the world's largest green hydrogen and ammonia integration project in Jilin, with a total investment of CNY 29.6 billion [34][36] - Trump Media Technology Group has announced a merger with TAE Technologies, aiming to build the world's first commercial nuclear fusion power plant with a capacity of 50 MW by 2026 [33] Brain-Computer Interfaces - The Chinese Academy of Sciences has completed a second invasive brain-computer interface clinical trial, allowing a high-level paraplegic patient to control smart devices using brain signals [40][41] - BrainCo Technology has successfully completed the first clinical trial of its fully implanted brain-computer interface product, which features an internal battery and wireless capabilities [42][43] - The National Medical Products Administration has held a meeting to promote the development of brain-computer interface medical devices, emphasizing safety and effectiveness [47] Embodied Intelligence - The Ministry of Industry and Information Technology has issued the first L3 autonomous driving production permits, allowing specific electric vehicle models to conduct trials in designated areas [49] - Daxiao Robotics has launched the open-source "Kairos 3.0" model, which utilizes human-centric data collection techniques to enhance the development of embodied intelligence [50][52] - Moer Thread has introduced a simulation training platform for embodied intelligence, integrating various technologies to improve development efficiency [53] Sixth Generation Mobile Communication (6G) - The 4th 6G Frontier Technology and Trends Forum was held in Beijing, where multiple organizations signed agreements to collaborate on technology sharing and joint research to accelerate the development of the 6G industry [55]

上海是全国低空经济领跑者，金山区华东无人机基地是全国首批"民用无人驾驶航空试验区"，全国 50%以上的eVTOL（电动垂直起降飞行器）头部企业已选择上海。闵行区组建低空经济产业联盟，集聚 上海交通大学、华东师范大学，以及中航机载、航天氢能等"国家队"，还有整机头部企业、配套企业 等，全区低空经济协同发展格局初步形成。近期，时的科技的E20全尺寸工程样机完成风洞测试与地面 滑行试验，沃兰特航空"VB-2X"验证机完成首飞。这两家闵行区内企业今年以来签约订单总额逾150亿 美元。另外，杨浦区提出打造低空经济产业创新高地和商业应用高地，已实现"三个首次"，即首条中心 城区无人机低空物流配送航线、首条跨越高架线航线、首条高校配送航线。据了解，"十五五"期间，上 海要在低空经济技术创新、装备研制、商业示范方面发力，预计到"十五五"末产业规模达1000亿元。 商业航天包括商业火箭、商业卫星、终端设备、运营服务等环节。闵行区正持续推进上海市商业航 天商业火箭特色集聚区建设，围绕链主，精准引进可复用火箭发动机、低成本卫星载荷、激光通信终端 等上下游优质项目。"十五五"期间，上海将全面推动商业航天产业链强链、补链、延链，如加大 ...

Core Insights - The 20th Central Committee's Fourth Plenary Session approved the "Suggestions on Formulating the 15th Five-Year Plan for National Economic and Social Development," emphasizing the creation of new pillar industries [1] - Shanghai aims to focus on low-altitude economy, commercial aerospace, embodied intelligence, biomanufacturing, and smart terminals as new growth points, targeting an overall scale of 1 trillion yuan during the 15th Five-Year period [1] Industry Focus - In the field of embodied intelligence, Shanghai has a strong industrial ecosystem and diverse application scenarios, gradually establishing a commercial closed loop from "technology research and development to scenario validation to large-scale implementation" [1] - The Zhangjiang core area has attracted various robotics companies, driving the aggregation of key components such as high-performance solid-state batteries, motors, and dexterous hands [1] - Zhangjiang is also developing a vertical model ecological cluster area called "Moli Community," which gathers nearly 200 upstream and downstream related enterprises and has established the country's first heterogeneous humanoid robot training center and open-source community [1] Future Projections - According to the "Implementation Plan for the Development of the Embodied Intelligence Industry in Shanghai," the core industry scale is expected to exceed 50 billion yuan by 2027 [1] - It is predicted that by 2030, the core industry scale could reach 100 billion yuan [1]

今日摘要 1、习近平总书记指出，粤港澳大湾区要围绕建设国际科技创新中心战略定位，努力建设全球科技创新 高地，推动新兴产业发展。今天的粤港澳大湾区深化合作、协同创新，向国际科技创新中心的"世界标 杆"加速迈进。 2、各地加强冬季田间管理。 3、"十四五"期间，我国生物制造产业规模稳步扩大。 4、系列报道【学习贯彻四中全会精神·一线见闻】今天播出：贵州推动高速公路服务区从单一"经停 站"向多元"消费场"转型。 5、11月份，我国实际使用外资同比增长26.1%。 6、日本民众举行抗议集会，要求高市早苗撤回错误言论，反对日本大幅增加防卫费。 7、俄罗斯总统表示，俄军已经完全掌握俄乌冲突战略主动权。乌克兰总统称，乌军不会在前线崩溃。 内容速览 【新思想引领新征程】粤港澳大湾区奋力打造全球科技创新高地 习近平总书记指出，粤港澳大湾区要围绕建设国际科技创新中心战略定位，努力建设全球科技创新高 地，推动新兴产业发展。今天的粤港澳大湾区，创新要素加速集聚，在深化合作中打开发展新天地，正 以坚实步伐向国际科技创新中心的"世界标杆"加速迈进。 科技助力 保障冬季田间管理提质增效 眼下，正值农业生产"冬管"关键期，各地因地制宜、科技 ...

Core Insights - Beijing Huaxi Rongxi Biotechnology Research Co., Ltd. and Peking University have successfully established the "Beijing Key Laboratory of Carbohydrate Manufacturing and Functional Applications," marking a significant achievement in the field of carbohydrate biology and synthetic biology [1][2] Group 1: Laboratory Establishment and Objectives - The newly approved laboratory is the first provincial-level key laboratory in Beijing focusing on carbohydrate science, filling a gap in the city's innovation ecosystem [2] - The laboratory aims to integrate resources to create a comprehensive innovation ecosystem covering "intelligent preparation - precise modification - functional application" [2] - Key research directions include carbohydrate biosynthesis, chemical synthesis, and functional applications, with a focus on developing health and pharmaceutical products based on carbohydrates [2][3] Group 2: Company’s Strategic Positioning - Huaxi Rongxi serves as the core technical support for the laboratory, focusing on high-value bioactive compound synthesis and has established five core technology platforms [3] - The company has been recognized as a national high-tech enterprise and has set up a postdoctoral research station, establishing itself as a leader in synthetic biology [3] Group 3: Strategic Foundation in Carbohydrate Biology - Carbohydrate biology is identified as a strategic foundation for Huaxi Biotechnology, expanding research from hyaluronic acid to a broader range of high-value carbohydrate materials [4] - The establishment of the laboratory is an extension of the company's carbohydrate biology strategy, enhancing its core competitiveness in the carbohydrate science field [4] Group 4: ECM Strategic Layout - The company has developed an innovative layout centered around extracellular matrix (ECM), which includes key components like hyaluronic acid and collagen, essential for cellular functions [5][6] - The laboratory's research aligns with the ECM strategy, aiming to enrich the ECM component library and understand the synergistic mechanisms between components [6] Group 5: Alignment with National Development Plans - The establishment of the laboratory aligns with China's "14th Five-Year Plan," emphasizing the importance of synthetic biology as a strategic emerging industry [7] - The company is committed to building a complete innovation system that meets the development requirements of the national strategy, focusing on green manufacturing and industry upgrades [7] - Huaxi Biotechnology's Tianjin base has become the largest synthetic biology pilot platform in China, significantly improving production efficiency and reducing energy consumption [7]

Core Viewpoint - The emergence of strategic emerging industries such as artificial intelligence, biotechnology, and renewable energy is reshaping the economic landscape and significantly impacting employment opportunities for college graduates [1] Group 1: New Opportunities - The new quality of productivity represents a qualitative leap in productivity, driven by technological breakthroughs and deep industrial transformation, creating broader and higher-quality employment opportunities for college graduates [2] - Emerging industry clusters are generating new job roles such as AI engineers, big data analysts, and industrial robot system operators, characterized by high technical content, significant growth potential, and attractive compensation [2] - The upgrade of traditional industries through new quality productivity is creating a demand for skilled talent familiar with new technologies and equipment, enhancing the employment quality for graduates [2] Group 2: New Challenges - The advancement of new quality productivity has led to structural contradictions in the job market, with some routine positions being replaced by technology, highlighting a mismatch between higher education talent cultivation and societal needs [4] - The rapid pace of technological change necessitates continuous learning, as the knowledge cycle is shortening, making it essential for graduates to adapt to market demands [4] - The rise of platform and gig economies presents new challenges for traditional labor rights protection, requiring innovative social security models to safeguard workers' rights [4] Group 3: New Paths - A systematic approach is needed to build an employment promotion system that aligns with the development of new quality productivity, emphasizing the importance of higher education reform [5] - Higher education institutions should optimize their curriculum to meet national needs and industry demands, focusing on cultivating innovative thinking and practical skills among students [6] - A lifelong learning system should be established, supported by government initiatives and involving enterprises and training institutions to provide high-quality vocational training [6] - Employment services should leverage modern technology to enhance the precision and effectiveness of job guidance and recruitment services for graduates [6] - The rights protection system must be improved to adapt to new employment forms, ensuring the legal rights of various workers are maintained [7]

每经记者｜杨欢 每经编辑｜刘艳美 据工业和信息化部官网消息，根据《关于开展生物制造中试能力建设平台培育工作的通知》(工信厅联消费函〔2025〕234号)，经省级主管部 门推荐、专家评价、面向社会公示等程序，工业和信息化部办公厅近日印发《生物制造中试能力建设平台名单(第一批)》。共有43个平台入 选。 工业和信息化部将按年度组织专家对列入名单的平台软硬件水平、对外开展中试服务的数量及质效等方面进行评估，动态调整平台服务能力星 级，对服务能力、服务效果达不到要求以及知识产权、安全生产、环境保护、质量安全等方面出现严重违法违规情况的平台予以除名。 解读：所谓"生物制造"是一种新兴的生产技术，通过生物过程来合成或加工产品，与传统的化学或物理制造方法相比，具有绿色、高效、可再 生等特点，在医药、食品、化工等领域应用前景广阔。 继2025年政府工作报告首次将生物制造作为未来产业提出后，国家"十五五"规划建议也将生物制造列为应前瞻布局的新增长点。地方早已开始 行动，过去五年，包括上海、北京、江苏、广东等20余个省份出台了生物制造产业提振政策，多个相关专项基金陆续建立。 目前，全国生物制造产业总规模达到1.1万亿元，生物发酵 ...