Core Insights - Wuxi has achieved the highest contribution rate of technological progress in the province for 12 consecutive years, with the highest number of major provincial science and technology projects and a top ten ranking in urban technology entrepreneurship evaluation [1] Group 1: Innovation and Technology Transfer - The key focus during the municipal conference was on efficiently transforming innovation potential into visible productivity, addressing the bottlenecks from "laboratory" to "production line" [1] - The transition from research results to market-ready products is hindered by communication barriers and trust issues between academia and industry, necessitating precise translation of academic language into engineering language [3] - The establishment of a concept verification center aims to resolve these transformation bottlenecks by validating principles and commercial logic [3] Group 2: Pilot Platforms and Engineering Challenges - Wuxi is concentrating on building pilot platforms in fields such as new energy, IoT, and integrated circuits, with a focus on flexible design to adapt to various process routes [4] - A specialized engineering team is essential to bridge the gap between research and industry, ensuring that pilot platforms are closely aligned with production lines [4] Group 3: Collaboration Between Academia and Industry - The "Double High Coordination" initiative in Jiangsu Province aims to enhance the collaboration between universities and high-tech zones, strengthening the engineering and transformation phases of the technology transfer chain [6] - Successful cases of technology transfer, such as the human milk oligosaccharides project, demonstrate the effectiveness of this collaboration model [6] Group 4: Innovation Platforms and Resource Sharing - The establishment of shared innovation platforms, including co-built laboratories and pilot bases, is recommended to promote resource sharing and technology collaboration [7] - The selection of global technology managers aims to create a collaborative innovation ecosystem that connects academic research with industry needs [9] Group 5: Intellectual Property Management - A comprehensive intellectual property management system is proposed to be integrated into the entire technology transfer chain, enhancing the protection and utilization of innovations [10] - Intellectual property is viewed as a crucial element in driving development and connecting creativity with the market [9][10]

Core Viewpoint - The Beijing Municipal Government's work report emphasizes the need to adapt to changes in school-age population and improve the dynamic guarantee mechanism for basic education enrollment, with plans to add 10,000 middle school seats by 2026 to promote quality and balanced development in compulsory education [1] Group 1: Education Policy Initiatives - The report highlights the integration of artificial intelligence across all educational stages to enhance teaching quality and efficiency [1] - There will be an expansion in the enrollment scale of vocational undergraduate institutions this year, aimed at creating pathways for students transitioning from vocational to academic education [1] - Support will be provided for the construction of "Double First-Class" universities in Beijing, promoting high-quality development in educational clusters such as Liangxiang University Town and Shahe Higher Education Park [1] Group 2: Quality Improvement Measures - The government aims to promote the balanced development of compulsory education through the implementation of the "Double Reduction" policy alongside improvements in educational quality [1] - Each institution will adopt tailored strategies to facilitate the transformation of scientific and technological achievements into practical applications [1]

带着具体的行业发展痛点上会，锚定真实的产业创新堵点发言，委员们有备而来。"与企业交流，他们 不仅关心成果能不能落地，更关心谁来创新、人才从哪里来，以及成本怎么算、产业链怎么配合"，蔡 毅长期在高校工作，有学科交叉、产教融合的优势和经验，而政协委员的角色又使得他可以听取各种产 业发展的呼声。他的提案意在打破科技创新与产业创新之间的"隐形墙"，针对当前备受关注的现实问 题，于他而言无疑是履职的一个重要着力点。 也就在日前，广东省科技厅会同教育厅、财政厅等多部门联合印发《广东省推进职务科技成果"先用后 转"改革的若干政策措施》。围绕"创模式、厘责任、强激励、立保障"四方面提出10条具体举措，以探 索创新科技成果转化的新举措、新模式和新路径，按照《广东省科技创新条例》成果转化专章的规范性 政策，深层破解"不敢转、不想转、不会转"的难题，通过"先使用后付费"或"先使用后合作"模式开展科 技成果转化，并提出以简约程序开展先使用后行权的具体路径。 为避免科研成果"藏在深闺人不知"，让更多产业创新的需求更便捷、更通达地传递到象牙塔实验室，蔡 毅委员建议依托广东省内活跃的产业协会、学会及各类联盟，升级其传统职能，构建高效匹配企 ...

Core Viewpoint - The establishment of the Science and Technology Innovation Investment Professional Committee aims to enhance the transformation of scientific research achievements from universities into practical applications through early-stage investment and support services [1][3]. Group 1: Committee Objectives and Structure - The committee focuses on integrating resources from universities, venture capital institutions, financial organizations, industrial entities, and intermediary agencies to create a bridge between technological achievements and capital [3]. - The committee's mission includes building a service system for the transformation of scientific achievements, promoting high-quality transformation, and increasing the success rate of industrialization [1][3]. Group 2: Key Strategies and Focus Areas - The committee emphasizes the importance of "building bridges, strengthening services, and setting benchmarks" to meet strategic needs and promote deep integration of various chains [3]. - The committee will focus on early-stage "hardcore" needs and aims to establish a robust system for capital and regulatory norms to better serve its members and university-affiliated enterprises [3]. Group 3: Practical Implementation and Examples - The committee's establishment coincides with a seminar that discusses the promotion of transformation of scientific achievements, addressing the challenge of converting abundant research results into practical applications [1][4]. - Zhejiang University has developed a comprehensive transformation system that includes laboratory work, concept validation, pilot incubation, and industrial implementation, fostering projects like Angke Technology and Qingshi Yongjun [4].

Core Viewpoint - The newly revised "Regulations on Promoting the Transformation of Scientific and Technological Achievements in Jiangsu Province" aims to address systemic barriers in the transformation of scientific achievements through legal means, creating a market-oriented and innovation-integrated ecosystem [1] Group 1 - The focus is on high-quality construction of the National University Regional Technology Transfer and Transformation Center (Jiangsu) and deepening "dual-high collaborative" innovation development as key initiatives [1] - The goal is to enhance the regional center's radiation effect and facilitate the connection between national university scientific achievements and industrial demands [1] - The emphasis is on clarifying rights and stimulating vitality through the reform of job-related scientific achievement empowerment, implementing reward incentives, and a due diligence exemption mechanism [1] Group 2 - The strategy includes strengthening the role of enterprises by establishing a collaborative problem-solving model where enterprises pose questions, universities provide solutions, and the market evaluates outcomes [1] - The development of a technology factor market and the reinforcement of precise empowerment of technology finance are highlighted as essential support measures [1] - The initiative aims to expand transformation space through open collaboration, actively integrating into the Yangtze River Delta technology innovation community to form a pattern of complementary advantages and collaborative interaction [1]

赵岩表示，新修订的《条例》旨在通过法治手段破解科技成果转化中体制机制障碍，构建市场导向鲜 明、创新要素深度融合的创新生态。 （来源：新华日报） 本报讯 （记者 徐冠英） 1月23日，《江苏省促进科技成果转化条例》贯彻落实推进会在南京召开。副 省长赵岩出席会议并讲话。 聚焦关键环节，全力推动重点任务落地。赵岩说，要把高质量建设全国高校区域技术转移转化中心（江 苏）和深化"双高协同"创新发展，作为两大关键抓手。放大区域中心辐射作用，畅通全国高校科技成果 与产业需求的对接链路；推动高校优势学科与高新区优势产业精准对接、协同发展。要以明晰权益、激 发活力为基础，加快职务科技成果赋权改革，落实奖励激励与尽职免责机制。要以强化企业主体地位为 重点，构建"企业出题、高校解题、市场阅卷"的协同攻关模式。要以建强平台、优化生态为支撑，加快 发展技术要素市场，强化科技金融精准赋能。要以开放协同拓展转化空间，主动融入长三角科技创新共 同体建设，推动形成优势互补、协同联动格局。 ...

（来源：新华日报） □ 本报记者 徐冠英 1月1日起，新修订的《江苏省促进科技成果转化条例》开始施行。1月23日，贯彻落实该条例的推进会 在宁召开。 主会场堪称创新力量的线下集合地——既有省科技厅、省委人才办、省教育厅相关负责同志，也有省产 业技术研究院、全国高校区域技术转移转化中心（江苏）以及在宁部省属高校、科研院所、科技园区、 科技型企业、技术转移机构、科技型企业孵化器和概念验证中心的代表。 推进会解读条例精神、明确落实举措，也安排高校院所、企业和高新区交流促进创新链与产业链对接的 好制度、好措施，字字句句聚焦"成果转化"——一场激活沉睡资源、增强发展动能的关键仗，一个释放 全社会创新创造活力的突破口。 会议达成共识，把科技成果转化摆在发展全局的突出位置，以转化促创新、以创新促发展，加快培育新 质生产力。 为何成果转化如此重要？ 近5年，东南大学科技成果转化合同金额达102.5亿元，在全国高校名列前茅，其中65%的成果落地江 苏。东南大学党委副书记邢纪红说，学校将聚焦国家"卡脖子"技术和江苏产业急需，依托学校学科优 势，在关键急需领域产出更多硬核成果；优化成果转化政策体系，营造"敢转化、能转化、善转化"氛 ...

Core Insights - The conference on technology transfer and urban integration in Beijing Future Science City aims to promote collaboration between universities and local governments, enhancing the transformation of scientific achievements into practical applications [1][2][4] Group 1: Event Overview - The first conference on technology transfer and urban integration was held on January 21, 2026, attracting over 300 participants, including representatives from various countries, university technology transfer leaders, investment institutions, and tech entrepreneurs [1] - The event is part of the 2026 Zhongguancun Forum series and is supported by the Beijing Municipal Science and Technology Commission and the Zhongguancun Management Committee [1] Group 2: Initiatives and Collaborations - The establishment of the "Beijing Future Science City University Technology Transfer Alliance" involves 11 universities, aiming to enhance regional development through talent cultivation, platform sharing, and ecosystem collaboration [2] - The alliance will create a comprehensive support system for technology transfer, integrating government guidance, university leadership, enterprise participation, and market operations [2] Group 3: International Cooperation and Innovation - The conference featured an international cooperation section, with keynote speeches from notable figures, including a member of the Chinese Academy of Engineering, emphasizing the role of digital intelligence in driving new productivity [3] - A showcase of 29 innovative projects from various universities highlighted advancements in quantum information, aerospace technology, biomanufacturing, and intelligent robotics, fostering initial cooperation intentions between research teams and investment representatives [3] Group 4: Regional Development and Future Plans - The integration of universities and urban development is identified as a crucial pathway for promoting high-quality regional development, with over 300 technology transfer companies established in the Shahe Higher Education Park [4] - The Future Science City aims to leverage the conference as a catalyst for ongoing collaboration between universities and local governments, enhancing the practical application of scientific achievements [4]

近日，工信部公布了首批国家级制造业中试平台名单，浙江巨化技术中心有限公司氟氯高性能合成树脂 及特种单体中试平台作为国有企业独立运营的中试平台成功入选。目前，该中试平台已成为国内起步最 早、功能配套最全、规模体系最完整、中试成果最丰硕的氟氯化工专业中试平台之一，打造了"概念验 证—中试—产业化"的高效快捷路径，成为科技成果转化的主力军。 立足国家战略 打造高端氟氯策源地 氟氯新材料以其卓越的耐高低温性能、介电性能、化学稳定性、耐候性等特性，在集成电路、航空航 天、国防军工、未来能源、高端装备等领域具有不可替代的作用。该中试平台自2002年筹建以来，始终 聚焦服务国家重大战略需求，已经围绕高性能氟氯聚合物制备及应用、氟氯特种单体及其衍生物、高端 含氟专用化学品制备及应用形成完备的中试技术体系。迄今为止，该中试平台已累计承担或参与国家、 浙江省重点研发任务60余项，如牵头承担科技部揭榜挂帅项目"数据中心液冷热管理材料研发与应用示 范";完成中试成果100余项，成功攻克30多项"卡脖子"技术;解决了一批制约氟氯新材料产业发展的关键 共性技术，其中7项达到国际先进水平，包括数据中心液冷含氟热管理材料、"水立方"膜级乙烯 ...

（来源：衢州日报） 转自：衢州日报 王继红 加快科技成果转化、加大创新人才支撑、提升创新体系整体效能，是一个系统性工程。如何实现科技成 果转化，加快产教融合新高地建设，是当前的重要课题。 如何让创新动能更澎湃？仁者见仁，智者见智。但归根结底，只有让企业得实惠，产业才能快速发展。 有人建议：一是开展提案"回头看"，看看到底有没有将好建议真正转化为实际效果，不仅要有回复意 见，后期也要有人跟踪跟进，确保建议落地生根；二是联合调研，比如科技成果转化，年年有人提，但 问题究竟卡在哪里，如何破解，需要各行各业共同剖析。 大道至简，实干兴衢。让创新动能更加澎湃，说到底，就是要抓大不放小，从焦点、痛点、难点入手， 形成一批具有衢州特色的成果。我市"十四五"期间的创新成果已然不少，面对新一轮高质量发展的机遇 与挑战，更要秉承"干字当头、实字为要"的原则，做到点上突破、线上串"链"、面上推广。只有这样， 三衢大地的创新之花才会更加绚丽。 在聆听今年《政府工作报告》后，与会的企业界代表委员表示从中深切感受到我市强烈的"创新驱动发 展"意愿。在"十四五"期间，衢州市的资源投入和政策保障力度空前，从实验室、中试到产业化的全链 条支持 ...