Core Viewpoint - The article highlights the successful transformation of a technological innovation in radiation cooling materials from laboratory research to commercial application, emphasizing the importance of integrating scientific achievements into industry to create new productive forces [5][11]. Group 1: Technology and Innovation - The radiation cooling film developed by Moguang New Energy Technology Co., Ltd. can reduce temperatures by 5 to 10 degrees Celsius, enhancing the lifespan and stability of electronic products by over 40% [5][6]. - The technology, based on the principle of radiation cooling, was developed over ten years by a team led by Professor Zhu Jia from Nanjing University, achieving a breakthrough in photothermal control in 2019 [6][7]. - The company was established in 2022 to commercialize this technology, with support from the Suzhou High-tech Zone, which provided a 7,000 square meter factory and waived three years of rent [6][7]. Group 2: Market Development and Challenges - The company has faced challenges in balancing cooling efficiency, stability, and cost during the commercialization process, which was more complex than initially anticipated [8]. - After numerous iterations, the radiation cooling film was successfully applied in a new Xiaomi smartphone in 2023, marking a significant step in its industrialization [8][9]. - Moguang New Energy has secured over 70 million yuan in orders for its cooling films from four smartphone brands and an additional 30 million yuan for coatings used in construction and cold chain applications [9]. Group 3: Policy and Support - The transformation of the technology was facilitated by the "职务科技成果赋权改革" policy, which encourages researchers to leverage their innovations for equity and actively engage in technology transfer [7][12]. - The collaboration between universities, local governments, and industry has created a supportive ecosystem for innovation, allowing for the effective transition of laboratory products to market-ready solutions [12]. Group 4: Environmental Impact - The radiation cooling technology has also been applied in ecological conservation efforts, such as the protection of the Dagu Glacier in Sichuan, where it has reportedly slowed the glacier's melting rate by 80% [10].

财新观察｜更多运用市场力量 加快科技创新 成果转化 2025年5月25日，上海，位于南京东路步行街上的华为全球旗舰店。图：IC photo 近日，国务院以"深化科技成果转化机制改革，推动科技创新和产业创新融合发展"为 主题，进行第十四次专题学习。李强总理在主持学习时强调，科技成果转化需要良好环境作 支撑，要坚持有效市场和有为政府相结合，完善支持政策和市场服务，形成高效协同、富有 活力的成果转化体系。他指出，要加大资金支持，进一步拓宽思路，更多运用市场力量，吸 引社会资本加大投入，鼓励金融机构创新金融产品和服务方式，发展多层次资本市场，提供 多元化融资渠道。科技创新成果转化离不开市场力量，离不开一个健康发展、充满生机活力 的资本市场。 科技成果转化并非新课题。早在1996年，全国人大常委会就通过了《促进科技成果转 化法》。对于如何促进科技成果转化，各级政府、各高校和广大企业一直在探索。目前，中 国的学术论文发表数量和国际专利申请数量，均位居世界第一。截至2023年底，全国科研 院校的有效发明专利数达到102.3万件。科技部科技评估中心2024年9月发布的报告显示， 高校院所以转让、许可、作价投资和技术开发、咨询 ...

Group 1 - The Ministry of Transport held a meeting to discuss safety production in the transportation sector, emphasizing the need for enhanced safety measures during the flood and summer seasons [1] - From January to May, the overall safety production situation in the transportation sector was stable but still faced significant risks, particularly in passenger transport and construction safety [1] - The Ministry aims to improve safety supervision and emergency response capabilities among personnel involved in passenger transport [1] Group 2 - The meeting highlighted the importance of implementing the innovation-driven development strategy in the transportation sector, focusing on talent cultivation and major technological breakthroughs [2] - There is a push to eliminate bottlenecks in the transformation of scientific and technological achievements within the industry, promoting the application of self-developed technologies [2] - The Ministry is committed to assessing the adverse impacts of heavy rainfall on transportation and ensuring effective response measures are in place [2]

Group 1 - The Sichuan Provincial Achievement Transformation Investment Guidance Fund has officially launched with a total scale of 5 billion yuan, marking a significant step in the construction of Sichuan's innovation capital ecosystem [1][3] - The fund adopts a structure of "70% subsidiary fund + 30% direct investment," with a maximum duration of 12 years, aiming to provide financial support for technology enterprises throughout their lifecycle [3][4] - The fund has established seven subsidiary funds totaling 4.05 billion yuan, employing a layered strategy to support technology enterprises at different growth stages, from concept validation to industrialization [4] Group 2 - The fund focuses on early-stage investments in hard technology, aligning with the national strategy for technological self-reliance and targeting four strategic directions to support Sichuan's innovation development [3][4] - The fund plans to invest over 500 million yuan in 2025, with projects already initiated in various fields, including new materials and healthcare, to promote the industrialization of original innovative achievements [4] - Sichuan has over 2,000 technology achievements transformed annually and possesses a trillion-level electronic information and equipment manufacturing industry cluster, indicating a robust environment for innovation [4]

Core Viewpoint - The implementation opinions issued by nine departments, including the Ministry of Industry and Information Technology, aim to promote high-quality development in the technology service industry through optimizing the industry ecosystem, strengthening service entity cultivation, and enhancing service quality and efficiency, thereby providing professional support for industrial transformation and upgrading [1]. Group 1: Technology Financial Services - The successful launch of six meteorological satellites by Tianjin YunYao Aerospace Technology Co., Ltd. demonstrates the potential of innovative financing models in the commercial aerospace sector [2]. - The China Agricultural Bank has introduced the "Emerging Industry Empowerment Loan" product to support commercial aerospace, with a credit limit of 30 million yuan approved for YunYao Aerospace to facilitate its research and development [2]. - YunYao Aerospace has successfully launched 46 satellites and aims to deploy a total of 90 self-developed meteorological satellites to create a global commercial meteorological monitoring constellation [2]. Group 2: Technology Achievement Transformation Services - The project led by Professor Yang Jianming from Qingdao Agricultural University has accelerated the transformation of laboratory technology into large-scale industrial production [3]. - Technology manager Duan Jiwen has played a crucial role in connecting resources and addressing the pain points in the transformation process, facilitating equity financing and establishing a new company based on the research outcomes [5]. - The successful establishment of Xi Hai Biotechnology (Qingdao) Co., Ltd. and the completion of pilot tests demonstrate the effective support provided by technology managers in the commercialization of scientific research [6]. Group 3: Technology Promotion Services - Professor Wang Lirong from the Chinese Academy of Agricultural Sciences has been instrumental in introducing new peach varieties to farmers, significantly increasing their income from peach cultivation [7]. - The team conducts extensive fieldwork and training sessions to ensure farmers are equipped with the necessary skills and knowledge to cultivate new varieties effectively [8]. - The introduction of innovative solutions to address challenges faced by farmers, such as weather-related issues, has led to improved agricultural practices and higher profitability [9]. Group 4: Intellectual Property Services - The Nanjing Intellectual Property Protection Center provides patent pre-examination services, helping innovative entities secure technological advantages [10]. - The demand for rapid patent protection has increased, leading to a rise in the volume of pre-examination services offered by the center [11]. - The center emphasizes a balanced approach to patent applications, advising companies on the strategic timing and scope of their patent filings based on their competitive positioning [12].

Core Insights - The collaboration potential between Shandong and Hong Kong in cutting-edge technology fields is significant, particularly in high-tech industry chains and policy support for transforming research outcomes into beneficial technology products [1][3]. Group 1: Industry Development - The "Second Hong Kong and Macau Doctoral Talent Tour" event in Jinan aims to enhance communication and cooperation in various industries, including artificial intelligence, big data, and biomedicine [3][5]. - Shandong has a solid industrial foundation in new energy and new materials, supported by numerous universities and research institutions, which facilitates the transformation of scientific achievements [3]. Group 2: Academic Collaboration - There is a strong complementarity between Macau's research strengths in mathematical modeling and computer algorithms and Jinan's clinical application scenarios, which could foster interdisciplinary innovation and results transformation [3]. - Suggestions have been made for Shandong to collaborate with Hong Kong and Macau in building laboratories or research institutes, enhancing exchanges among students and researchers from the three regions [3].

Group 1 - The China (Shanghai) International Technology Import and Export Fair, held from June 11 to 13, serves as a national and international platform for showcasing advanced technologies and facilitating innovation resource connections [3][8] - This year's fair features 14 enterprises and institutions launching new products and technologies, with 7 of them being global or national debuts [3][4] - The event includes four specialized technology exhibition areas and covers a total exhibition area of 35,000 square meters [3] Group 2 - The "Lunar Soil Fiber" technology, developed by Donghua University, aims to convert lunar soil into high-performance fiber materials, which could be used for constructing lunar bases [4][6] - The fair highlights various innovative technologies, including a wireless invasive brain-machine interface system from JieTi Medical, which is designed to assist patients with severe motor function impairments [6][7] - Wuhan New Water Environmental Technology Co., Ltd. presents a bio-enzyme nano-robot technology that effectively decomposes algae and monitors water quality using IoT and big data [7][8] Group 3 - The Shanghai Technology Contract Registration reached 53,864 items in 2024, with a transaction amount of 520.073 billion yuan, marking a 6% and 7.2% increase respectively from the previous year [8] - The fair's technology transfer zone features multiple "technology matchmaker" professionals providing services to facilitate technology transfer and commercialization [9][12] - The event aims to enhance the commercialization of scientific research and technology transfer, with various specialized institutions offering comprehensive support for project development [12][13]

成果简介、技术状态、期待合作方式……在第十一届中国(上海)国际技术进出口交易会(以下简称"上交 会")技术转移专区，一个个待转化的技术成果颇为吸睛。证券时报记者6月12日在现场看到，技术转移 转化"门诊"正在为成果转化难点"把脉开方"。 上交会技术转移专区面积达532平方米，主要分为孵化器、技术转移服务、新技术应用等3个板块，线上 线下（300959）展示约3000项成果和500项创新需求，集聚超60家服务机构、孵化器、创新型企业。 其中，在技术转移服务板块，国家技术转移东部中心(以下简称"东部中心")、上海技术交易所、探九技 术转移、国科新研等14家技术转移专业服务机构参展，现场开展技术供需对接、成果转化、技术交易等 全周期转化服务。 在南京大学展台，翩翩起舞的桌宠机器人meteer吸引了观众的目光。展台工作人员向证券时报记者介 绍，meteer机器人具有语音对话、跳舞、讲故事、表情互动等功能，今年2月份已经量产，目前在北美 地区开始销售了，营业额约在100万元，"我们的目标是明后年销售额突破两到三千万元"。 上航局上海交建公司长达116.6米的海底特种兵——"交通建设九号"，为目前全球最大的智能铺排船， ...

Group 1 - Shanxi Yinseng Technology Co., Ltd. is enhancing its research capabilities by collaborating with Taiyuan University of Technology, which has led to a one-third reduction in R&D cycles [1] - The company specializes in producing special materials using high-temperature annealing processes, which are essential for transformer manufacturing [1] - Jinzhong City is actively promoting the integration of educational resources and industrial innovation through various initiatives, including the establishment of production and research alliances [2] Group 2 - Jinzhong City has a unique concentration of educational resources with 21 universities and 346,000 students, which is being leveraged for innovation and development [2] - The city government plans to open university campuses and facilities to the public starting in 2024, enhancing community engagement and collaboration [2] - Jinzhong has established several provincial-level industry colleges to strengthen local economic development and educational resources [3] Group 3 - Jinzhong City is facilitating the transformation of scientific research into practical applications by organizing events like "Science and Innovation Jinzhong" to connect enterprises with universities [4] - The city is focusing on key technology research in eight major industries, providing financial support to innovation platforms to accelerate the conversion of scientific achievements into productive forces [4] - Collaborative projects have resulted in significant technological advancements, such as the development of a kilometer-level spray machine and the application of filling mining technology [5] Group 4 - By the end of 2024, Jinzhong City has signed 352 cooperation agreements with various educational institutions, with 258 focused on technological innovation, totaling 128 million yuan [5] - The city is transitioning from a resource-based economy to an innovation-driven one, emphasizing the importance of university collaboration in achieving high-quality development [5]

Core Viewpoint - The development of the robot industry in Tangshan is a key strategy for optimizing industrial structure and promoting high-quality development, with a focus on creating a shared manufacturing platform for non-standard robot products [1][2]. Group 1: Company Overview - Hebei Jiading Shu Technology Co., Ltd. has developed a bathing robot aimed at improving the quality of life for disabled individuals and reducing the labor intensity of caregivers [1]. - The company utilized the resources of the Baichuan Shared Manufacturing Factory to transform their design into a marketable product, benefiting from shared resources and reduced costs [2][5]. Group 2: Industry Development - Tangshan High-tech Zone has established a comprehensive robot industry system, featuring industrial robots, special robots, and service robots, with leading companies such as Kaiyuan Equipment and Baichuan Group [1][3]. - The Baichuan Shared Manufacturing Factory, covering 150,000 square meters, is designed to support small and medium-sized enterprises (SMEs) in the robot sector by providing shared resources and reducing production costs [2][5]. Group 3: Innovation and Collaboration - The factory has helped SMEs improve production efficiency by over 10%, reduce unit product costs by 8%, and lower defect rates by 10% [3][5]. - Collaboration with academic institutions has facilitated the transformation of research outcomes into marketable products, exemplified by the development of a cooking robot based on a retired professor's design [4][6]. Group 4: Market Impact - As of 2024, the number of robot companies in Tangshan has reached 200, accounting for nearly 90% of the city's total, with a revenue exceeding 7.3 billion yuan, reflecting a year-on-year growth of 21.3% [5][6].