Group 1 - The event "In Xi'an, See China" organized by the Xi'an Municipal Publicity Department and International Online successfully concluded, featuring foreign experts from 10 countries exploring Xi'an's enterprises, communities, and cultural landmarks [1] - The Beilin District's hard technology innovation street has become a key to effectively promoting the transformation of cutting-edge technologies from laboratories to the industrial chain, showcasing various high-tech projects like bionic humanoid robots and delivery drones [2] - The Xi'an Beilin Cross-Border E-Commerce Industrial Park, as one of the first provincial-level cross-border e-commerce parks, supports a complete industrial chain ecosystem, allowing businesses to engage in global trade without leaving the building [3] Group 2 - The cross-border e-commerce industrial park reported a transaction volume of 750 million yuan in 2024, with trade involving 58 countries and regions, and 85 cross-border e-commerce enterprises [3] - The event highlighted the integration of culture and modern technology through performances that combine art, technology, and history, leaving a lasting impression on foreign experts [4] - Foreign experts experienced traditional Chinese crafts and health practices, such as tea-making and traditional Chinese medicine techniques, emphasizing the vibrant cultural heritage of Xi'an [5]

其次，完善职业资格认定及执业规范标准。以标准化、规范化、专业化发展为导向，加强技术经理人准 入门槛管理。同时，通过行业协会对技术经理人进行执业管理，在佣金、交易流程等关键节点提供参考 意见，探索建立构建信用评价数据库，实施动态分级管理，强化违规操作者惩戒，坚决规范市场秩序。 最后，探索多层次培养模式。技术经理人是硬核科技转化攻关的重要力量，既需要懂技术原理，又需要 通晓市场规律，门槛极高。因此，要着力加强系统培训，鼓励高校结合市场需求，开设相应专业，培育 专业人才。同时，充分利用行业协会等资源，开设技术评估、知识产权运营、商业谈判等课程培训，优 化对持证人员的继续教育，确保技术经理人素质持续提高。 科技成果转化是复杂的生产要素重组。科研院所每年都有不少科研成果诞生，但要实现科研成果向产业 成果转化，需要将科技创新全链条的人才、技术、资金等有机融合。科研人员熟悉技术机理，却难以摸 准市场需求；企业家了解产业发展，却难以掌握实验室的前沿突破。技术经理人的价值，恰恰在于运用 其"复合知识图谱"，通过技术评估、知识产权布局、商业模式设计等专业服务，将碎片化的创新要素重 新编码，消除科研和企业之间的"两层皮"，为产学研 ...

Group 1 - The Ministry of Industry and Information Technology, along with several other government bodies, has issued an implementation opinion to accelerate the high-quality development of the technology service industry, emphasizing the importance of technology transfer and industrialization to support innovation [1] - Technology transfer is identified as a crucial link between innovation and industry, necessary for realizing the value of innovations and contributing to the development of a modern industrial system [1][2] - Various regions are implementing measures to facilitate technology transfer, such as establishing parks and promoting innovative application scenarios [1] Group 2 - Universities are recognized as significant sources of technological breakthroughs, with a high percentage of national science awards attributed to them, yet many innovations remain uncommercialized [2][3] - Jiangsu Province's Yixing City has developed a model leveraging top talent to drive industrial development, with new provincial academician workstations established to enhance collaboration between academia and industry [3] Group 3 - Shanghai Jiao Tong University has created a technology transfer service team to assist faculty in commercializing research, while Zhejiang University collaborates with local governments to establish dedicated teams for technology transfer [4] - The University of Science and Technology of China has introduced a new model for technology transfer that simplifies approval processes and attracts more social capital, resulting in significant increases in technology transfer outcomes [5] Group 4 - The government is actively working to improve technology transfer efficiency, as outlined in the "Education Strong Nation Construction Plan Outline (2024-2035)" [6] - A collaborative model involving government coordination, technical contributions from universities, and implementation by enterprises is emerging as a new approach to facilitate technology transfer [6] Group 5 - The establishment of the Yixing Food and Biotechnology Research Institute has revitalized an innovation park, focusing on developing future food and biotechnology industries [7][8] - The research institute has attracted significant investment and aims to create a comprehensive support system for technology transfer from research to application [8] Group 6 - DeRong Technology has achieved a breakthrough in flexible thin-film solar cell efficiency, marking a significant advancement in high-efficiency photovoltaic technology [9][10] - The company has successfully reduced production costs and improved yield rates through innovative manufacturing techniques, positioning itself as a leader in the renewable energy sector [9][10] Group 7 - The integration of academic research and industry practices has been crucial for companies like Zhongchao Aerospace Precision Casting Technology Co., which has achieved significant advancements in high-temperature alloy precision casting through collaboration with Shanghai Jiao Tong University [10]

Group 1 - The event focused on building an innovative ecosystem in Zhejiang, emphasizing the integration of industry, academia, and research for effective technology transfer [1] - The discussion highlighted the need for a collaborative approach in addressing challenges related to technology commercialization, including technical breakthroughs, institutional mechanisms, and capital support [1] - The low commercialization rate of scientific research is a common issue globally, with successful technology ventures in Silicon Valley having a success rate of only 2%-3% [1] Group 2 - Westlake University's Vice President emphasized the importance of focusing on the quality of research outcomes rather than just the quantity of technology transfers [2] - The concept of positioning professors as "chief scientists" rather than CEOs was proposed to allow them to concentrate on academic innovation while industry professionals manage daily operations [2] - The role of capital in supporting innovative teams was discussed, with an emphasis on the importance of patience in the long-term process of industrialization and market integration [2] Group 3 - The CEO of Rokid Technology revealed that the order volume for Rokid Glasses has exceeded production capacity, with expectations to scale annual production from hundreds of thousands to millions within three years [3] - The need for simultaneous efforts to address both technological challenges and production bottlenecks was highlighted to ensure successful market integration of technological innovations [3] - The collaboration among scientists, entrepreneurs, and investors is essential for creating a unique innovative ecosystem in Zhejiang, with each group playing a distinct role in the innovation and commercialization process [3]

Core Viewpoint - The event held in Chengdu aimed to bridge the gap between scientific research achievements and the needs of small and medium-sized enterprises (SMEs), highlighting the challenges in technology transfer and the importance of financial support for startups [1][3]. Group 1: Challenges in Technology Transfer - There are significant bottlenecks in the integration of advanced scientific research outcomes with the capabilities of SMEs, particularly in fields like traditional Chinese medicine, where many SMEs can only handle basic processing [2][3]. - Trust issues between researchers and enterprises hinder the accurate communication of technical needs, complicating collaboration [2]. - Differences in focus between researchers and businesses create challenges; researchers prioritize innovation, while businesses emphasize market application and cost-effectiveness [2][3]. Group 2: Financial and Market Support Needs - Many SMEs, especially startups, face obstacles in converting their self-developed technologies into marketable products due to funding shortages and marketing difficulties [3]. - The primary goal for many participating companies at the event was to seek funding and establish connections with potential partners and investors [3]. Group 3: Role of Technology Managers and Service Industry - Introducing technology managers could facilitate better connections between research outcomes and enterprise needs, acting as a bridge to integrate resources and provide tailored services [5]. - The technology service industry is seen as a promising sector that can effectively promote the integration of technological innovation and industrial development, with projections indicating a revenue scale of 20 trillion yuan by 2027 [6][7]. Group 4: Initiatives for Improvement - Establishing concept verification centers can enhance the efficiency of matching research outcomes with market demands by analyzing and providing improvement suggestions for technologies [6][7]. - The Chengdu Technology Transfer Alliance is actively working to address the misalignment between research directions and SME needs, focusing on identifying enterprise demands before sourcing technologies [6][7].

Group 1 - The event held on May 28 focused on the integration of advanced materials research and industry, featuring a collaboration between Hong Kong University of Science and Technology (Guangzhou) and Guangzhou Productivity Promotion Center [1][3] - The event showcased nine expert teams from the advanced materials and sustainable energy sectors, presenting key innovations such as high-strength polymer nanofilms and high-purity perovskite microcrystal precursors [3][4] - Companies like Guangzhou Lushan New Materials Co., Ltd. expressed interest in collaborating on technology transfer related to advanced materials, highlighting the potential for significant development in this field [3][4] Group 2 - The introduction of a specialized technology brokerage team aimed to enhance the commercialization of research outcomes in biomedical materials and renewable energy sectors [4] - A collaborative insurance service was explored to mitigate risks associated with technology transfer, providing a safety net for research and industry partnerships [4] - The "Red Bird Master's Program" was introduced to foster new types of industry-academia collaboration and talent development, emphasizing a multi-faceted mentorship approach [4]

走进全国首批、长三角唯一的国家级农高区，探究农业"科技密码" "农业小镇"蝶变"农科新城" 值得注意的是，"植物工厂"的屋顶上，一排排波浪形钢结构上是光伏面板，厂内消耗的电来自光伏发电。"在这里，我们推行'农光互补'的概念，用光伏发电 （采用悬空架高设计，模拟出适合植物生长的光照环境）的绿色低碳模式来赋能农、林、牧、渔的种植和培育；已套种葡萄、无花果、生菜等在内的10余个 果蔬品种。"汪路说，这个"植物工厂"每天蔬菜产量可达500斤，年营收约150万元。 据介绍，南京国家农高区以绿色智慧农业为主题，以生物农业为主导产业，协同推进农产品特色加工、农业智能装备制造、农业科技服务业，努力建设国际 农业科技合作示范区、长三角农业科技创新策源地、科技振兴乡村样板区。 从无土栽培到数据采集，从农业光伏到数字信息管理……在南京国家农高区，这样的智慧农业科技应用场景随处可见。目前，南京国家农高区正积极探索生 态价值转化路径，以生态环境导向开发赋能区域绿色低碳发展，实施生态环境保护与农业产学研融合发展EOD项目，打造"生态—农业—科技"产学研增长 链；依托碳达峰目标下绿色城乡建设试点区建设，开展典型绿色低碳技术模式应用试点。 ...

齐鲁工大科技合作与成果转化处处长刘贞先表示，"先用后付"模式大幅降低了企业创新风险，提升高价 值专利转化效能，实现高价值专利成果从"束之高阁"到"落地生根"。 前不久，齐鲁工大化药学部副教授孙彬与企业签订人才引进协议，企业将由此获得其"一种异种金属连 接件及其加工方法"等5个"先用后付"专利1年免费试用期。 孙彬介绍，"先用后付"模式由政府牵线，高校成果与区域重点产业精准对接，产业、成果、人才快 速"相识相试"，促进了专利技术转化应用，使专利发明人更加省心、放心；同时，也解决了许可企 业"只见专利证书、难见其发明人"导致成果无法切实转化的顾虑。 根据齐鲁工大与济南市市场监督管理局（知识产权局）签订的协议，齐鲁工大将围绕济南市区域重点产 业，梳理形成适宜落地转化的"专利菜单"。市场监管部门结合产业、企业实际，向相关企业精准推送该 校专利技术成果。校企充分沟通磋商，确定拟转化实施专利项目，由双方签订专利实施许可合同并备案 登记，企业可免费试用1年。试用期后，若企业继续使用相关专利，可与校企协商并另外签署转化合 同，有偿使用。 "无理由退货"倒逼发明人查漏补缺 企业可以享受到科技成果的"免费试用权"，还可以"无理由 ...

Core Insights - The collaboration between Zhongshan Industrial Technology Research Institute and various universities has led to the establishment of a robust innovation ecosystem, resulting in the incubation of 223 technology companies and nearly 100 projects at the municipal level [2][4]. Group 1: Company Developments - Audo Technology, a company focused on automotive intelligent core components and vehicle networking, has grown its annual output value from 200 million yuan to an expected 800 million yuan this year [3]. - Precision Optical Technology Co., Ltd. has developed an intelligent optical fiber early warning system for safety monitoring in engineering projects, gaining market recognition [3]. - Guangdong Jingcui Biotechnology Co., Ltd. produces natural plant surfactants for various cleaning products, with an annual output of approximately 400 tons and over 200 clients [5]. - Guokai Ruino (Zhongshan) Biotechnology Co., Ltd. has developed water-soluble chitosan technology to address chronic wound issues, with an expected annual output value exceeding 80 million yuan [6]. - 聚云软件科技有限公司 has established a bridge collision warning monitoring center, addressing safety concerns in the shipping industry [7]. - Guangdong Zhengde Material Surface Technology Co., Ltd. has developed advanced nano-composite surface coating materials, achieving import substitution and securing 20 million yuan in angel round financing [8][9]. Group 2: Innovation and Support Mechanisms - The establishment of a market-oriented research institute platform has facilitated deep integration of industry, academia, and research, with over 200 scientists engaged in various projects [4]. - Continuous financial support from Zhongshan's technology bureau has been crucial for the growth of innovative enterprises, with policies updated to enhance the incubation system [6]. - The collaboration between scientists and entrepreneurs has proven effective in transforming scientific achievements into marketable products, thereby bridging the gap in technology commercialization [9].

商报讯(记者潘婷婷通讯员徐颖谭琴)本月，在酒泉卫星发射中心，之江实验室主导构建的"三体计算星 座"首批12颗卫星成功发射入轨，将算力送入太空。未来，老百姓有望通过这个星座便利地用上计算卫 星、遥感卫星等带来的服务。 天目山实验室发布的新型"飞行汽车"、灵伴科技的Rokid AR Lite、零零科技的哈浮飞行相机、强脑科技 的深海豚Easleep多功能智能睡眠仪、程天科技的助力外骨骼机器人GOGO……像这样的余杭"未来特 产"，接下来会遍地开花。 这两天，余杭区第十六届人民代表大会第五次会议发布的政府工作报告就提出，今年余杭要开展"六大 行动"，其中"创新引领"行动是首要任务，里面涉及不少未来科创产业的布局。 具体来说，余杭将以科创平台为核心抓手，持续引进、培育科创尖兵集群，发挥科创平台在载体建设、 人才引育、科研攻关、成果转化、产业集聚等方面的引领作用，全年将落地成果转化项目120个以上。 其次，构建"科技型中小企业-国家高新技术企业-新雏鹰企业-科技领军企业"培育体系。目前，余杭区已 出台"科创十条"，今年还将实施"全链条科研攻关突破行动"，争取全年支持实施重点研发项目30项以 上。 余杭正在推动"科技成果 ...