院士（专家）创新工作站是推动产学研协同创新、促进科技成果转化的重要平台。由来自高校科 研院所等机构的院士、专家团队与企事业等单位或机构建立工作站，旨在实现优势互补、合作共 赢。 记者梳理发现，2025年新增加的20家工作站紧密围绕成都市"9+9+10"现代化产业体系布局，建站 单位均为国家高新技术企业，覆盖人工智能、新材料、生物医药、低空经济等重点产业领域。 本报讯（四川日报全媒体记者 熊晓雨）近日，记者从成都市科协获悉，2025年成都市新认定院士 （专家）创新工作站20家。至此，全市累计建站总数达300家。近三年，通过这一平台柔性引进两 院院士及其团队等高层次专家共计171名。 一个显著特点是专家来源不断拓展。新建站签约的院士（专家）中，除在蓉单位外，不乏来自中 国科学院地理科学与资源研究所、北京应用物理与计算数学研究所、华中科技大学等知名高校院 所的领军学者，显示出成都创新资源吸引力持续增强。 据统计，目前成都全市共计241家工作站续存运行，近三年累计实施产学研合作项目400余项，获 得授权专利近1500项，牵头或参与制定标准200余项，取得经鉴定的科技成果150项，有效提升了 企业的自主创新能力。 "下 ...

记者1月15日从房山区两会上了解到，"坚持创新驱动育新机，全力激发良乡大学城澎湃动能"是房山区 2026年八项重点工作之首。目前，良乡大学城已汇集北京理工大学、中国社会科学院大学、北京中医药 大学、北京工商大学、首都师范大学、北京石油化工学院，在校师生规模扩容约6.3万人，已推动25项 科技成果就地转化，北京工业大学房山新校区也已开工。 为推动更多科技成果高效转化，良乡大学城搭建了多层次、立体化的服务平台体系。2.2万平方米的科 创公共服务平台已建成启用，同时优化升级了4.7万平方米的校企协同创新中心。这些平台与集聚落地 的38家专业孵化器，以及挂牌运营的市知识产权保护中心房山分中心协同联动，形成了从成果挖掘、知 识产权保护到企业孵化的全链条服务能力。 2026年，房山区不仅要高标准建设好全国高校绿色能源区域技术转移转化中心，更要谋划共建绿色能源 概念验证中心，并设立科技成果转化引导基金，启动"拨投结合"先行试点。良乡大学城科技园范围也会 有所扩大，打造青年人才创新创业示范基地。 良乡大学 城夜景。房山区委宣传部供图 来源：北京日报客户端 深化校地协同的同时，房山区还高标准建设了24个中小试基地，启动运行了4 ...

Core Viewpoint - Guangzhou is actively developing a "Guangzhou model" for the transformation of scientific and technological achievements, emphasizing a "tolerant of failure" approach to foster innovation and support for startups [1][2]. Group 1: Policy Framework - The "Work Method" released on January 15 aims to address the challenges in the initial stages of technology transfer, particularly the high risks involved [1]. - The framework establishes a long-term governance system that encourages a "tolerant of failure" principle, ensuring that financial losses do not impact the assessment of responsible departments and personnel [1][6]. - It allows for a 100% loss on individual projects without accountability, and overall investment losses of up to 80% are tolerated without repercussions for involved parties [1]. Group 2: Investment Strategy - The "补改投" initiative focuses on sectors such as artificial intelligence, biomedicine, and low-altitude economy, aiming to shift fiscal support from "blood transfusion" to enabling companies to "self-generate" [2]. - Investment methods include direct fiscal investment, government investment funds, and a "first invest, then equity" model, with the government holding no more than 30% equity in projects [2]. - The initiative is designed to leverage fiscal funds to attract social capital, with a goal of achieving a multiplier effect of over three times [2]. Group 3: Implementation and Impact - The Guangzhou Science and Technology Bureau plans to allocate at least 15% of its annual special funds for technology innovation to support the "补改投" initiative over the next three years [3]. - The 2025 Guangzhou Science and Technology Innovation and Entrepreneurship Competition will feature a total prize pool of 200 million yuan, with a focus on supporting startups that have not previously received equity financing [3][4]. - The "first invest, then equity" model is expected to enhance the entrepreneurial environment within universities, encouraging alumni to return and contribute to startup projects [4].

Core Insights - Fudan University has established a strong growth momentum in its collaborative laboratories, planning to build 40 new labs by 2025 with a total contract amount exceeding 600 million yuan, doubling the scale compared to 2024 [3] - The focus on artificial intelligence has led to the establishment of 20 new labs in this field, representing half of the total new labs for the year [3] Group 1: Challenges and Opportunities in University-Industry Collaboration - The natural conflict in university-industry collaboration arises from differing goals: companies seek short-term results while universities focus on long-term theoretical breakthroughs [4] - Collaborative laboratories provide a solution by combining academic exploration with industrial resources, allowing for the validation of research and injecting new technological vitality into companies [5] Group 2: Successful Case Studies - Shanxi Jinbo's collaboration with Fudan University led to the development of HPV protein and human-derived collagen materials, achieving over 1 billion yuan in annual sales, demonstrating a successful technology-to-market transition [5] - The Fudan University Intelligent Robotics Research Institute has established eight collaborative labs with leading companies, creating a symbiotic relationship that enhances data accumulation for AI model development [6] Group 3: Innovative Collaboration Models - The collaborative labs are not limited to traditional product development but focus on future innovations, such as sustainable materials and advanced battery technologies [8] - The integration of diverse stakeholders, including government and private entities, into the collaborative framework enhances resource sharing and risk management [11] Group 4: Mechanisms for Enhancing Collaboration - A one-stop service model has been introduced to streamline project approval processes, significantly reducing the time required for project initiation [11] - A competitive distribution mechanism for doctoral programs prioritizes collaboration with external enterprises, fostering a dual flow of talent between academia and industry [11] - A comprehensive evaluation and incentive system encourages researchers to engage in practical applications, shifting the focus from theoretical research to technology commercialization [11]

华熙生物获五星认证，彰显国家生物制造产业战略布局。2025年6月，工信部与发改委联合发文，明确 2027年培育20个以上中试平台，打通成果转化链条。生物制造是全球产业竞争焦点，预计2030年全球市 场规模超3900亿美元，我国布局质量关乎全球话语权。 该平台以"行业级基础设施"定位开放共享，通过多元模式为高校、科研院所等提供全链条服务，推 动"政产学研金服用"融合。天津相关政策鼓励中试平台建设，2024年当地生物医药产业增加值增长 8.7%，188个在建项目总投资超535亿元，形成良性产业生态。 数据显示，我国科技成果转化率仅约10%，远低于欧美发达国家75%的转化率水平，大量科研成果止步 实验室，形成科研与产业化"死亡之谷"。在生物制造领域，实验室可通过基因编辑构建"细胞工厂"实现 毫克级、克级目标物质制备，但向数万升发酵罐规模化生产转化时，任一参数偏差都可能导致"细胞工 厂"失效，引发生产线的亏损。 华熙生物董事长赵燕指出，中试是跨越"死亡之谷"的关键，无中试则生物技术难以产业化。作为小试与 大生产的过渡，中试核心是攻克工艺放大难题，将实验室成果规模化放大，完成工艺优化、质量控制等 前置准备，形成工业生产 ...

Group 1 - The core viewpoint is that the integration of innovation and industry in Hanzhong is driving significant advancements in technology and economic development [2][4] - Hanzhong has established a comprehensive innovation ecosystem focusing on education, technology, talent reform, and industry innovation, which has led to the creation of a national innovation city and an aviation equipment manufacturing innovation cluster [4][5] - The collaboration between universities and local enterprises is enhancing the development of new products and technologies, exemplified by the establishment of the Ningqiang Industrial Innovation Research Institute [5][6] Group 2 - The successful outcomes from roadshows in the aviation equipment manufacturing sector have resulted in multiple partnerships between universities and companies, fostering deep integration of technology and industry [3][4] - Hanzhong is actively improving its talent acquisition and training mechanisms, having cultivated over 160 provincial and municipal technical managers and matched 37 doctoral talents to support new productivity [7] - The city is focusing on addressing technological challenges in key industries, including the development of high-hardness alloy materials and resource utilization of typical solid waste [7]

Core Viewpoint - The 20th Central Committee's Fourth Plenary Session emphasizes the integration of technological innovation and industrial innovation, focusing on accelerating the efficient transformation of major scientific and technological achievements and enhancing the construction of pilot testing platforms [1] Group 1: Policy Measures - The Beijing Municipal Development and Reform Commission and other authorities issued measures to enhance pilot testing service capabilities, proposing 14 policy measures focusing on platform layout, service capability enhancement, service ecosystem optimization, and support measures [2] - Financial institutions are encouraged to deepen products like "technology R&D loans" and "technology achievement transformation loans" to support pilot testing platform construction and project implementation [2] Group 2: Financial Services - ICBC Beijing Branch launched a dedicated financing service called "Pilot Testing Loan," providing the first loan to a specialized enterprise to alleviate funding pressure during the pilot testing phase [3] - The "Pilot Testing Loan" includes two types: loans for pilot testing platforms and loans for pilot testing enterprises, with terms of up to 15 years and 5 years respectively [3] Group 3: Risk Management - To encourage bold experimentation, measures propose insurance products for risks associated with pilot testing investments and intellectual property infringement [6] - The Ministry of Science and Technology and other departments aim to support innovation through technology insurance, providing risk management for pilot testing phases [6] Group 4: Financial and Fiscal Coordination - The measures suggest improving loan interest subsidy policies for pilot testing platform construction, guiding state and social capital participation in platform construction and project incubation [8] - Recommendations include establishing special funds and risk compensation funds for pilot testing projects, encouraging banks and insurance companies to innovate product combinations [9]

Core Viewpoint - The 2025 Central Economic Work Conference emphasizes the implementation of a new round of high-quality development actions for key industrial chains, building on previous initiatives to enhance manufacturing capabilities and address external challenges such as trade protectionism [1] Group 1: Key Industries - "Key industries" refer to a matrix that includes advanced manufacturing as the backbone, strategic emerging industries, and traditional industries undergoing transformation [1] - The focus is on advanced manufacturing sectors crucial for industrial chain security, such as high-end equipment manufacturing, integrated circuits, new displays, and biomedicine [1] - Strategic emerging industries and future industries like artificial intelligence, quantum technology, and low-altitude economy are also prioritized [1] Group 2: Chain Collaboration - The term "chain" emphasizes the need for coordinated efforts across the entire industrial chain rather than isolated breakthroughs [2] - It aims to break the "each for themselves" development model by centering around leading enterprises and promoting innovation among small and medium-sized enterprises [2] - The focus is on addressing weak links in the industrial chain to overcome technological bottlenecks and prevent risks of disconnection [2] Group 3: High-Quality Development - The new round of actions aims to enhance the overall competitiveness of industrial chains and cultivate new productive forces, shifting from merely addressing shortfalls to systematic upgrades [3] - High-quality development targets high-end, intelligent, and green directions, focusing on quality brand enhancement and fostering globally competitive high-end brands [3] - The initiative includes implementing "Artificial Intelligence+" in various sectors to optimize production processes and enhance collaboration across the industrial chain [3] Group 4: Modern Industrial System - The "14th Five-Year Plan" prioritizes building a modern industrial system and solidifying the foundation of the real economy, emphasizing the conversion of technological achievements into effective industrial outcomes [4] - The smooth transition from technology to mass production and market success is crucial, relying on the quality of the industrial chain [4] - Any shortcomings in the chain can increase costs and risks, hindering innovation from reaching the market [4] Group 5: Chain Strategies - Strategies for industrial chain development include "supplementing," "strengthening," "building," and "streamlining" the chain [5] - "Supplementing" addresses gaps caused by technological voids or external supply disruptions, ensuring continuous production [5] - "Strengthening" focuses on improving quality and competitiveness in existing segments, while "building" involves laying the groundwork for future technologies and products [5] - "Streamlining" aims to enhance the efficiency of the entire chain through digital platforms and integrated logistics [5] Group 6: Implementation Focus - The implementation of high-quality development actions should focus on key technological breakthroughs, innovation collaboration, and ecosystem optimization [6] - Identifying weak links and establishing a dynamic mechanism for technology breakthroughs are essential [6] - Regional innovation collaboration and optimizing support systems for key industries are also critical for successful implementation [7]

Group 1 - The core initiative "Firefly Alliance" has been launched in Tianjin Economic-Technological Development Area to create a comprehensive, open, and sustainable innovation ecosystem aimed at addressing the challenges of technology achievement transformation and promoting deep integration of technological innovation and industrial upgrading [1] - The alliance is led by the Tianjin Economic Development Zone's Organization and Personnel Department and the Science and Technology Innovation Bureau, involving multiple stakeholders including universities, research institutes, enterprises, financial institutions, and service organizations [1] - The alliance has invited nine units, including the National Supercomputing Center in Tianjin and Tianjin University of Science and Technology, as executive council members for 2026 to participate in governance and decision-making [1] Group 2 - The "Firefly Plan," an important practical platform of the "Firefly Alliance," has organized seven innovation achievement matching activities focused on key industries such as health and medicine since the second half of 2025 [2] - The plan has collaborated with Tianjin University of Science and Technology to hold five industry frontier achievement release conferences in biomedicine, attracting nearly a thousand participants and facilitating the release and matching of nearly a hundred innovative achievements, technology demands, and application scenarios [2] - The initiative has led to the signing of over ten cooperation projects, demonstrating its effectiveness in promoting collaboration [2]

赛事聚焦北京未来产业发展需求，是推动中关村世界领先科技园区建设和践行"爱北京·爱科创"行动的 重要举措。为促进创新成果与产业实际需求对接，闭幕式特别设置了选手创新方案展和五场产教对接 会。北京经济技术开发区相关部门负责人现场介绍了区域产业政策与人才支持措施，明确将为优秀团队 和项目提供落地对接通道，助力科技人才扎根发展，服务首都高水平人才高地建设。 本报讯 （记者黄哲雯）由北京市科学技术协会指导、主题为"精彩未来·创新有我"的北京高校科协联盟 第二届创新场景挑战赛，近日在北京经济技术开发区闭幕。本届挑战赛汇聚了来自清华大学、北京大学 等30所高校院所的近400项前沿科技成果，围绕未来信息、未来健康、未来制造、未来能源、未来材料 五大产业赛道展开角逐，最终在各赛道评选出前十名优秀创新方案。 （来源：工人日报） 在颁奖环节中，选手代表分享参赛收获时表示，通过比赛深化了对产业需求的理解，增强了将科技创新 转化为实际价值的信心。本届挑战赛有效搭建了高校创新资源与区域发展之间的桥梁，为推动产学研融 合与科技成果转化发挥了积极作用。 ...