11月25日，自治区党委书记、自治区人大常委会主任陈刚在南宁会见来桂参加2025年高层次人才国 情考察活动（广西）暨"智汇八桂·人工智能赋能高质量发展院士专家广西行"活动的院士专家一行。 陈刚代表自治区党委、政府感谢中国科协、中国科学院、中国工程院及各位院士、专家对广西工作 的关心支持。他表示，广西正深入学习贯彻党的二十届四中全会精神和习近平总书记关于广西工作论述 的重要要求，解放思想、创新求变，向海图强、开放发展，抢抓国家实施人工智能能力建设普惠计划、 高水平共建西部陆海新通道等重大机遇，主动拥抱人工智能时代，积极构建"北上广研发+广西集成+东 盟应用"的人工智能发展路径，推动人工智能赋能千行百业，推动有色金属特别是关键金属产业高质量 发展，加快构建现代化产业体系，推动中国式现代化广西实践不断取得新成效。希望中国科协、中国科 学院、中国工程院及各位院士、专家一如既往关心支持广西，在人工智能发展、科技成果转化、创新人 才引育、科研平台搭建等方面继续给予大力支持，助推广西经济社会高质量发展。 中国工程院院士丛斌、刘韵洁和中国科学院院士郭华东等作了发言，高度评价广西经济社会发展取 得的显著成就特别是面向东盟的人工 ...

党的二十届四中全会提出，推动科技创新和产业创新深度融合，一体推进教育科技人才发展。当前，面 对新一轮科技革命和产业变革的现实需求，如何实现科技进步与产业发展的双向奔赴，加快培育新质生 产力？近年来，山东着力构建人才、教育、科技、产业全面协调发展的创新共同体，让"实验室"与"生 产线"同频共振，越来越多科研成果从"书架"走向"车间"，助力经济社会高质量发展。 全面建设社会主义现代化国家，教育是基础，科技是关键，人才是根本。当前，现代化产业体系建设提 速升级，对科技创新、人才培养和教育发展均提出新要求。然而，一体推进教育科技人才发展仍存在诸 多瓶颈：科技创新组织协作机制尚不健全，高端创新平台建设滞后，产学研结合深度不足，科技成果转 化与市场应用衔接不畅，等等。 该如何突破上述卡点？作为教育大省、制造强省，山东省近年来将推动教育科技人才一体化发展作为发 展新质生产力和推动高等教育改革的重要抓手。2023年底，山东印发《山东省高等学校"百校万企万师 双进"行动方案》（以下简称"'双进'行动"），百所以上高校、万家以上企业、万名以上教师与工程师充 分发挥各自优势，展开校企双向交流，构建人才、教育、科技、产业全面协调发展 ...

Group 1 - The State-owned Assets Supervision and Administration Commission has officially released the "Central Enterprises Pilot Verification Platform External Opening Service Manual (2025 Edition)", announcing the opening of 134 pilot verification platforms, providing 291 service items across various fields such as manufacturing engineering, information networks, and advanced materials [1] - These pilot platforms will offer capabilities in technology maturation, engineering amplification, reliability verification, small batch trial production, and performance evaluation, enhancing the efficiency of technology achievement transformation across society [1] - Central enterprises will publish industry qualifications, capability parameters, and contact information to better connect with the upstream and downstream of the industrial chain, driving the overall improvement of technological innovation [1] Group 2 - The AG600 amphibious aircraft completed its first outdoor water collection and discharge drill in the Songhua Lake area of Jilin Province, marking a comprehensive test of the aircraft's entire system [2] - The AG600 aircraft flew approximately 190 kilometers from Changbai Mountain Airport to Songhua Lake to conduct the operation, with three units of the model having completed production test flights and set to be delivered within the year [2] - The AG600 "Kunlong" is expected to expand its operational footprint and collaborate with ground firefighting forces to create a comprehensive forest safety protection network [2] Group 3 - In the first ten months of this year, the China-Europe Railway Express (Xi'an) has operated 5,063 trains, a year-on-year increase of 16.3%, marking the highest record for the same period in history [3] - The total cargo transported by the China-Europe Railway Express (Xi'an) reached 5.564 million tons, with a year-on-year growth of 12.9%, and the number of containers sent reached 505,000 TEUs, up by 10.5% [3] - The transported goods include high-end manufacturing products such as electronic components, auto parts, and machinery, as well as bulk commodities like grain, timber, and minerals, with a continuous increase in the proportion of high value-added products [3]

Core Insights - The "Science and Technology Innovation Tianfu · Smart Chengdu" initiative has successfully facilitated over 300 technology achievement matching events in the past year, involving more than 9,000 enterprises and resulting in over 400 collaborations between industry, academia, and research institutions [1][2][3] Group 1: Mechanism and Structure - Chengdu has established a regular mechanism for technology achievement matching, focusing on high-level supply-demand alignment through government-led initiatives and multi-party collaboration [2] - The city has created a specialized activity system for technology supply-demand matching, including three categories: technology seeking, market seeking, and funding seeking, to ensure frequent and precise interactions [2][4] Group 2: Innovation and Brand Development - The initiative has attracted over 9,000 enterprises, enabling them to efficiently secure orders and find partners, thereby enhancing the innovation capacity of local businesses [3] - Chengdu is actively building a nationally influential urban innovation brand, expanding its innovation network to regions such as the Chengdu-Chongqing area, Yangtze River Delta, and Greater Bay Area, as well as international collaborations [3] Group 3: Ecosystem and Support Services - Chengdu has developed a comprehensive service system to support sustainable innovation ecosystems, including specialized teams for technology transfer and industry chain collaboration [4][5] - The city has implemented an online and offline innovation transformation service system, helping over 2,153 technology-based SMEs secure bank loans totaling 11.755 billion yuan [5]

为更好地推动科技金融与科技产业化的发展，对母基金在中国资本市场里所发挥的重要作用进 行系统研究，发挥政府出资产业投资基金等的资源和战略优势，加强政府对社会资本的管理和 引导，促进社会资本流向创新创业型企业和实体经济，推动中国投资行业特别是母基金行业的 健康发展， "中国国际科技促进会母基金分会"（简称"科促会母基金分会"）成立。科促会母基 金分会领导班子所在机构及参会机构共8 7 家，科促会母基金分会于每周二更新相关机构的一 周资讯。 【内容提要】 1 . 这个市， 1 5 0亿母基金正式起航 2 . 武汉大学技术转移中心武汉江夏中试与概念验证平台正式启动 3 . 福建金投首单银行间市场债券成功发行 4 . 国调基金战略投资南网数字，助力新型电力系统和新型能源体系数智化建设 5 . 国新创投基金完成首个项目投资 6 . 中国投资协会李志勇副会长一行到访长江产投公司 7 . 江投基金受邀参加 "金融活水润科创，市场聚力促发展"投融资对接会 01 这个市，150亿母基金正式起航 11月2 4日，由财通资本主动管理的绍兴市产业股权投资基金有限公司（以下简称"绍兴产业基 金"）正式在中国证券投资基金业协会完成备案，标 ...

来源：环球网 资本看好，期待技术产业化 活动现场，周宇新和区发展改革和科技局主要负责人致辞表示，此次成果路演活动是推动科技成果转 化、促进创新链与产业链深度融合的重要平台，希望各方能够以此次活动为契机，进一步加强合作交 流，共同推动横山产业升级和经济发展。 高校成果亮剑，展现科技力量 陕西师范大学带来的果品生物发酵功能性食品加工关键技术，为农产品深加工提供了新方向。该技术通 过生物发酵手段，提升果品附加值，开发具有健康功能的新型食品。 陕西科技大学展示了矿源腐植酸型免套袋关键集成技术对山地苹果提质增效的作用。该校研究中心副主 任孙永会教授介绍："我们的科技成果是利用煤基固废资源推动果业高质量发展，带动我们当地生态产 业改善的这样一个项目。" 榆林学院则集中分享了其在智慧农业和生态修复领域的系列创新成果，包括酸枣品质提升技术方案、基 于多维智能感知和数字孪生的矿区生态修复系统，以及面向陕北半干旱地区的多维度智能感知决策数字 孪生水利系统。 11月21日，秦创原（横山）成果路演活动在榆林市横山区成功举办。榆林市科学技术局四级调研员周宇 新出席活动，区发展改革和科技局相关人员、高校院所专家、投融资机构及高新技术企业 ...

Core Viewpoint - The article emphasizes the importance of cultivating technology managers in Hubei to bridge the gap between scientific research and industry, facilitating the efficient transformation of technological achievements into productive forces [1][11]. Group 1: Training and Development of Technology Managers - A large class on practical skills for technology transfer is currently being held in Shiyan, Hubei, with over 100 technology managers participating [3]. - The training focuses on key aspects such as technology assessment, innovation incubation, and business model design, with experts sharing practical experiences [5]. - The National Technology Transfer Talent Training Base (Central Center) offers over 160 courses and has attracted more than 1,200 technology managers, doubling the number from 2024 [7][9]. Group 2: Impact of Technology Managers - Technology managers in Hubei have facilitated a continuous increase in technology contract transaction amounts, achieving over 100 billion yuan in the past four years [11]. - The average cycle for technology transformation at Hubei University has been shortened by 30%, with annual contract amounts exceeding 30 million yuan [22]. - The establishment of a 25-member technology manager team at Hubei University has led to significant achievements, including a 600,000 yuan technology transfer contract [17]. Group 3: Professional Recognition and Career Development - Hubei University has initiated a professional technical position for technology transfer, integrating technology managers into the civil service system, with over 4,000 certified technology managers in the province [22]. - A new professional title evaluation system for technology transfer has been established, focusing on transaction amounts rather than traditional academic metrics [24][26]. - The reforms in professional title evaluations have provided technology managers with clearer career paths and a sense of belonging, fostering long-term commitment to their roles [29][31]. Group 4: Future Goals and Vision - Hubei aims to cultivate over 20,000 technology managers by 2027, enhancing the application of laboratory results and driving new productive forces [32].

Core Insights - The 2025 Future Science City Energy Valley High-Quality Development Conference was held in Changping District, Beijing, focusing on the theme of "central-local integration development, deepening collaborative innovation, and promoting the activation and elevation of the Future Science City" [1][3] Group 1: Conference Overview - The conference was organized by the Changping District People's Government and included participation from city-level department leaders, representatives from universities, state-owned enterprises, and high-tech private enterprises, attracting over 400 attendees [3] - The event featured a combination of academic and innovative content, including signing ceremonies for strategic cooperation and project agreements between enterprises and local government [4][18] Group 2: Collaborative Initiatives - The conference emphasized the establishment of collaborative innovation platforms between central enterprises and universities, aiming to facilitate organized technology transfer and deepen the integration of technological and industrial innovation [6] - Notable agreements included partnerships between COFCO Nutrition and Health Research Institute with Beijing University of Chemical Technology, and Beijing New Building Materials Group with Beijing Information Science and Technology University [6] Group 3: Investment and Funding - The Future Science City Advanced Energy Industry Mother Fund was established to promote energy technology innovation and industry aggregation, with government investment leading the initiative [8][9] - The fund aims to create a "financial + industry" integration model, setting a benchmark for green development [9] Group 4: Technological Advancements - The launch of the Future Science City Carbon Monitoring and Management Platform was announced, utilizing Tsinghua University's "electric-carbon coupling" theory and machine learning algorithms to create a precise carbon emission calculation model [11] - This platform aims to support the implementation of carbon emission control tasks and promote regional green and low-carbon development [11] Group 5: Talent Development - The 2025 "Central Enterprise Strong Nation Youth Scientist" initiative was launched to identify and invite 50 young scientists from central enterprises to foster a high-level talent aggregation platform [13][14] - This initiative aims to enhance the integration of innovation chains, industrial chains, financial chains, and talent chains, contributing to the high-quality development of the region [14] Group 6: Research and Innovation Centers - The second phase of the National Electric Power Investment Corporation's research innovation base was inaugurated, focusing on advanced energy technology and serving as a core platform for the integration of large, medium, and small enterprises [16] - The establishment of the Future Science City Central Enterprise Research Institute "Dean Alliance" was also announced, promoting collaborative research and resource sharing among research institutes [18]

Group 1: Core Insights - Hunan Province is leveraging a full-chain innovation approach to overcome the bottleneck of technology transfer, facilitating the transition from "laboratory" to "production line" and injecting momentum into new industrialization [1][2] - The province's modern industrial system is supported by significant growth in sectors such as new energy, electronic information, and quantum technology, contributing valuable experiences for national industrial development [1][2] - The "4×4" modern industrial system strategy aims to rejuvenate traditional industries, strengthen advantageous sectors, and cultivate emerging and future industries through systematic layout [2][3] Group 2: Technological Innovation and Infrastructure - Changsha has achieved a social R&D investment intensity of 3.3%, with over 400 key core technologies developed in the past five years [3] - Zhuzhou is focusing on the "manufacturing plant + research institute" model to deepen the integration of technological and industrial innovation, resulting in breakthroughs in key technologies [3][5] - The establishment of high-level pilot testing platforms is crucial for technology transfer, with the government emphasizing the need for a comprehensive innovation platform system [4][5] Group 3: Role of Enterprises - Enterprises are recognized as the core entities in technology transfer, with Hunan promoting a collaborative model between large and small enterprises to foster innovation [6] - Xiangtan has implemented legislative measures to enhance the technology transfer system, facilitating projects like magnesium-based materials and sodium-ion battery materials [6] - The province has nurtured a tiered innovation enterprise structure, with 4 trillion-level enterprises and 53 billion-level enterprises leading the way in industrial innovation [6][7] Group 4: Case Studies and Achievements - Lean Transmission has developed a comprehensive transmission system design software, filling a gap in domestic capabilities and achieving self-sufficiency in gear transmission system design [7] - The province's approach to innovation is exemplified by various successful case studies, demonstrating the effective transformation of research outcomes into productive forces [7]

Core Insights - The traditional perception that scientists struggle to become entrepreneurs is being challenged by a new wave of technology companies led by top scholars, successfully transforming research outcomes into marketable products [1][2] - A total of 17 companies visited during the "New Industrialization Media Research Tour" are primarily founded by scientists, covering emerging industries such as power semiconductors, medical devices, industrial lenses, and autonomous driving [1] - The success of these ventures is attributed to deep technical expertise and a shift from academic to industrial thinking, allowing scientists to align their innovations with market demands [2] Group 1 - The companies visited include Sideret, focusing on satellite platforms and satellite engineering, and Shanhe Xinghang, specializing in manned light aircraft, drones, and aviation components [1] - These new enterprises are addressing the challenge of converting scientific achievements into practical applications, often referred to as the "last mile" of technology transfer [1] - Founders like He Qinghua of Shanhe Xinghang leverage decades of experience in their respective fields, ensuring a strong foundation for their entrepreneurial efforts [1] Group 2 - The transition from academic to industrial thinking is identified as a critical leap for scientists in entrepreneurship, emphasizing the importance of market adaptability alongside technical feasibility [2] - Support systems at various levels, such as the "pay after use" model in Xiangtan, are being developed to alleviate the challenges faced by scientists in starting businesses [2] - The cross-industry entrepreneurial efforts of scientists are reshaping the innovation ecosystem, providing valuable insights for technology transfer and contributing to the advancement of local manufacturing [2]