来源：中国新闻网 中新网沈阳5月12日电 (李晛)2025"科转沈阳"赋智惠企高校院所科技成果路演浑南区专场活动近日举 办。 此次活动由沈阳市科技创新服务中心主办，沈阳市浑南区科学技术局、沈阳高新区科技创新局、辽宁中 科技术转移中心承办，旨在推动沈阳市科教资源优势更好转化为科技创新成果，聚力打造科技成果供给 平台，不断完善科技成果转化服务体系。 本次活动瞄准沈阳市高端装备、新材料、航空航天、节能环保等重点产业集群，重点展示沈阳建筑大 学、沈阳理工大学的最新前沿科技成果，从成果概况、核心技术特点到市场需求分析，进行全方位呈 现，致力于打通"技术—产业—资本"全链条，推动创新链、产业链、资金链融合，为科技成果转化注入 强大动力。 图为沈阳理工大学展示的《建筑机器人与数字化技术》项目。(主办方供图) 沈阳理工大学展示的《建筑机器人与数字化技术》项目聚焦建筑机器人领域，重点解决机器人在复杂的 建筑环境下无法高效、自主、准确、协同问题，该技术已应用于混凝土施工机器人，实现了室外的自主 定位导航、混凝土作业面上自主行走、完成整平工作等，并可实现数据实时传输。此项技术在"机器人 +"建筑领域具有广阔前景。 活动特别设置互动 ...

Core Viewpoint - The Ministry of Industry and Information Technology has announced the preliminary list of key pilot platforms for technology transfer, with five platforms from Nanjing making the list, representing about one-fourth of the total 21 platforms in the province [1]. Group 1: Key Pilot Platforms - The five pilot platforms from Nanjing include: 1. Nanjing Fiberglass Institute Advanced Inorganic Fiber and Composite Materials Pilot Platform 2. Kingsray Life Sciences Formulation Pilot Platform 3. Pengbo Bio One-stop Biopharmaceutical Pilot Platform 4. Haina Pharmaceutical High-end Chemical Formulation Pilot Platform 5. China Unicom IoT Terminal Pilot Platform [1]. Group 2: Nanjing Fiberglass Institute - The Nanjing Fiberglass Institute focuses on high-performance fibers and their composite materials, providing specialized services for technology research and development, process improvement, and scaling up production [1]. - The platform aims to establish an open innovation platform with capabilities in digital design, advanced manufacturing technology research, and application service [1]. Group 3: Kingsray Life Sciences - The Kingsray Life Sciences platform utilizes artificial intelligence for online customization and design of life science reagents, enhancing research efficiency for biotechnology companies and pharmaceutical enterprises [2]. - It offers tailored products and services, including customized life science reagents and standardized experimental instruments [2]. Group 4: Pengbo Bio - The Pengbo Bio platform provides end-to-end CDMO services for antibody protein drugs, gene and cell therapy drugs, and vaccines, with a total production capacity of 2800L and an annual output of 104 batches [2]. - The Bio-MFG center has passed EU QP audits and holds a drug production license from Jiangsu Province, enabling it to offer preclinical non-GMP toxicology batch production and clinical GMP raw material production services [2]. Group 5: Haina Pharmaceutical - Haina Pharmaceutical has a highly qualified R&D team and advanced precision testing equipment, with over 11,000 square meters of laboratory space and 330 researchers [3]. - The platform covers all aspects of drug development, including pharmaceutical research, process validation, clinical research, biological testing, registration, and contract manufacturing [3]. Group 6: China Unicom IoT - The China Unicom IoT Terminal platform focuses on the "5G + Industrial Internet" transformation, establishing a pilot verification platform for IoT smart terminal production processes [3]. - It has received national CNAS laboratory certification and has served over 50 ecological partners, assisting in the development of more than 100 IoT smart terminal products [3]. Group 7: Future Plans - The Industrial and Information Technology Bureau plans to enhance tracking services for key pilot platforms, aiming to improve technology maturation, pilot verification, and achievement promotion capabilities [3]. - The goal is to fully leverage the role of pilot platforms to facilitate the final stage of technology transfer [3].

Group 1 - The 11th year of the Beijing-Tianjin-Hebei coordinated development strategy sees Hebei Province leveraging its geographical advantages to build economic corridors connecting Beijing and Tianjin, focusing on transportation integration and industrial collaboration [1] - Hebei has integrated into the Beijing-Tianjin-Hebei transportation network with 39 bus routes, carrying an average of 230,000 passengers daily, and has established a transportation circle allowing major cities to connect within 1 to 1.5 hours [1] - During the 14th Five-Year Plan period, transportation integration projects totaling 612 kilometers will be completed, including 16 key projects like the Beijing-Xiong'an Expressway [1] Group 2 - The construction site of the second phase of the Beijing-Xiong'an Expressway in Hebei has 1,500 personnel and over 200 machines involved, aiming for completion by June 2026 [2] - The Baoding Zhongguancun Innovation Center has nurtured over 90 national high-tech enterprises since its establishment, with projects like a brain vascular imaging surgical robot being developed and refined [2] Group 3 - The Tangshan Baichuan Robot Shared Manufacturing Factory is the first of its kind in China, focusing on customized non-standard robot products, and aims to provide services to over 130 innovative entities in the region [3] - Hebei Province is embedding its industrial system into the Beijing-Tianjin innovation framework, particularly in the new energy and intelligent connected vehicle sectors, collaborating on a comprehensive automotive industry chain [3] Group 4 - Six key industrial chains are being developed collaboratively, with Hebei leading in new energy, intelligent connected vehicles, and robotics, showing significant growth in the robot industry with a 17.7% revenue increase and a 64.5% rise in production [4] - The establishment of innovation centers and digital transformation platforms in Hebei is facilitating the absorption of technological contracts exceeding 100 billion yuan, with a 30% year-on-year increase [4]

Core Insights - The establishment of the Nanjing Biomedical Sub-center has facilitated the transfer and commercialization of research outcomes from 68 universities, resulting in 1,123 selected pharmaceutical achievements and 31 projects being established [1][2] - The sub-center has created a financial support system with a scale of 8.4 billion yuan, including various funding sources to assist startups and projects [2] Group 1 - The Nanjing Biomedical Sub-center has engaged with 68 universities and selected 1,123 pharmaceutical achievements, leading to the establishment of 31 projects [1] - The sub-center provides significant support to startups, including access to expensive laboratory equipment, which alleviates financial burdens for new companies [1] - The rapid establishment of companies, such as Innos (Nanjing) Biotechnology Co., demonstrates the effectiveness of the sub-center in facilitating research commercialization [1] Group 2 - A comprehensive financial support system of 8.4 billion yuan has been established, encompassing government funding, angel funds, and bank loans [2] - The sub-center has developed a team of over 140 technical managers to provide one-stop support for university teams, aiding in the swift establishment and growth of projects [2] - Future plans for the sub-center include enhancing collaboration with universities and enterprises to promote high-quality development in the biomedical industry [2]

赵岩表示，我省围绕打造具有全球影响力的产业科技创新中心，大力构建企业主导的产学研协同创新体 系，科技成果转化和产业化水平稳步提升。下一步，要深化教育科技人才体制机制一体改革，推动高校 和高新区协同发展，激活科技成果转化动能，推动科技创新与产业创新深度融合。 省教育厅、省科技厅、省工业和信息化厅、省司法厅、省财政厅、省知识产权局有关负责同志现场通报 情况并作回应发言。 会议通报委员专题调研及网络议政情况。10位政协委员和专家学者发言。大家表示，我省深入学习贯彻 习近平总书记关于科技创新的重要论述和对江苏工作重要讲话精神，扎实推动科技创新和产业创新深度 融合，深化科技成果转化制度机制建设，以科技创新引领新质生产力发展，为推进中国式现代化江苏新 实践提供了坚实科技支撑。通过修改相关条例，固化经实践验证行之有效的经验做法，十分必要。大家 建议，推动健全评价考核机制，完善科技成果供需对接机制，优化科技成果转化服务和协同保障体系， 推动既多出科技成果，又把科技成果转化为实实在在的生产力。 张义珍表示，我们要深入学习领会习近平总书记有关重要讲话重要指示精神，牢牢把握总书记赋予江 苏"在科技自立自强上走在前""在推动科技创新 ...

Group 1 - The "Maker China" competition aims to enhance the innovation capabilities and specialization of small and medium-sized enterprises (SMEs) in high-end scientific instruments and sensors, officially launched on May 9 in Huairou Science City [1][2] - The competition is supported by various government bodies and aims to create a platform for innovation and entrepreneurship, facilitating the rapid transformation of scientific research achievements into marketable products [1][2][3] - The event is expected to promote the integration of innovation chains, industry chains, capital chains, and talent chains, accelerating the growth of SMEs in the high-end scientific instruments and sensors sector [1][2][3] Group 2 - The competition is part of the Ministry of Industry and Information Technology's efforts to implement national policies aimed at high-quality development in the high-end precision instruments industry, highlighting its importance in the national supply chain [2][3] - Beijing's policies have been instrumental in supporting the development of the high-end scientific instruments and sensors industry, with a focus on fostering innovation among SMEs [3][4] - The event is seen as a valuable opportunity for Huairou to engage with outstanding innovators and further develop its capabilities in the high-end scientific instruments and sensors field [3][4] Group 3 - The competition will feature various categories, including enterprise and startup groups, covering fields such as high-end scientific instruments and core components, as well as intelligent sensing and system solutions [5] - Significant cash rewards, space incentives, and policy support will be provided to participating enterprises and teams, enhancing the value proposition of the competition [5][6] - The event has attracted numerous academic institutions and financial partners, ensuring a robust support system for participants [6][7] Group 4 - The competition serves as a critical platform for SMEs in the high-end scientific instruments and sensors sector, promoting resource linkage and accelerated growth [8] - The event is anticipated to uncover high-quality projects and facilitate the transformation of scientific research outcomes, contributing to the robust development of the industry [8]

Core Viewpoint - Gansu Province has issued measures to accelerate the integrated development of education, technology, and talent, aiming to enhance innovation capabilities and establish a robust talent pool by 2030 [1][2]. Group 1: Education and Talent Development - The measures emphasize the importance of deep integration between education, technology, and talent to cultivate a large-scale, well-structured, and high-quality innovative talent team [2]. - Universities will be categorized into research-oriented, application-oriented, and skill-oriented types, promoting differentiated development in fields such as science, engineering, agriculture, and medicine [2][3]. Group 2: Technology Transfer and Innovation - The measures aim to break through technology transfer barriers by encouraging universities and research institutions to lead joint efforts in tackling fundamental technology challenges [3]. - A mechanism will be established to allow technology transfer revenues to support further research, promoting a "try before you pay" model for small and medium enterprises [3]. Group 3: Corporate Involvement - Companies are encouraged to establish talent funds and collaborate with universities for commissioned training, creating "school-in-factory" and "factory-in-school" models [4]. - By 2025, the number of corporate experts in the provincial technology evaluation expert database is expected to exceed 1,000, with over 75% of major provincial technology projects led or significantly participated in by enterprises [4][5]. Group 4: Policy Support and Financial Incentives - By 2025, Gansu Province plans to allocate 150 million yuan from state-owned capital revenues to support technological innovation, alongside tax incentives for high-tech enterprises [5]. - The measures will explore various incentive mechanisms for state-owned enterprises, including profit-sharing and market-oriented salary systems [5]. Group 5: Ecosystem for Innovation - The measures outline a comprehensive approach to create a favorable ecosystem for integrated development, focusing on resource coordination, project management, and financial support [6][7]. - New talent utilization models such as "technology vice presidents" and "industry professors" will be supported, with plans to recruit over 1,200 high-level talents by 2025 [7].

Core Viewpoint - Universities in China are increasingly entering the venture capital (VC) space, establishing funds and partnerships to enhance technology transfer and commercialization of research outcomes [1][2][3] Group 1: University Involvement in VC - Wuhan University of Technology has launched its first technology achievement investment summit and established the WUT Innovation Fund with an initial fundraising target of 1 billion yuan [2] - Other universities, such as Shanghai Jiao Tong University, are also actively participating in VC, with initiatives like the "SJTU-Yunqi AI Angel Fund" aimed at supporting early-stage AI startups with a fund of 300 million yuan [6][5] - The trend of universities entering the VC sector is supported by government policies and local collaborations, enhancing the effectiveness of technology transfer [3][4] Group 2: Investment Trends and Market Dynamics - The investment enthusiasm in sectors like AI, robotics, and semiconductor industries has surged, prompting universities to leverage their research capabilities and resources to engage in the investment landscape [4][3] - A report indicates that in 2024, universities established four new technology-focused funds, collectively reaching a scale of 17 billion yuan, reflecting a growing trend in university-led investment initiatives [7][8] - Compared to their Western counterparts, Chinese universities are still in the early stages of developing a robust investment framework, but they are showing strong momentum in catching up [8][9] Group 3: Future Implications - The increasing establishment of university funds is expected to contribute significantly to the venture capital industry, providing essential support for hard technology incubation and industrial upgrades [9] - As the operational models of these university funds mature, they are likely to play a more substantial role in the private equity market [9]

Core Viewpoint - Beijing University, celebrating its 127th anniversary, has played a pivotal role in China's intellectual and technological advancements, producing numerous influential figures in various fields, including technology, medicine, and investment [1][2][4]. Group 1: Historical Contributions - Beijing University has been a beacon of enlightenment and national rejuvenation since its inception, promoting values of patriotism, progress, democracy, and science [1]. - The university has been instrumental in significant historical movements, such as the May Fourth Movement and the development of key technologies like nuclear physics and space exploration [1]. - Notable alumni include pioneers in various fields, such as nuclear physicist Yu Min, and Nobel laureate Tu Youyou, showcasing the university's impact on global scientific advancements [1]. Group 2: Influence in the Digital Age - In the digital era, Beijing University has produced influential entrepreneurs like Baidu's founder Robin Li and NIO's founder Li Bin, who have made significant contributions to their respective industries [2][3]. - The university's alumni are also prominent in the venture capital sector, with figures like Li Wei and Wang Qiang leading investment firms that support innovation and entrepreneurship [2]. Group 3: IPO and Investment Activities - The university's alumni continue to make waves in the stock market, with notable IPOs such as Shengke Nano, led by alumnus Li Xiaomin, marking significant milestones for Jiangsu province [4][6]. - Other alumni-led companies, like Tudatong and Naxin Micro, are also pursuing IPOs, indicating a strong presence of Beijing University graduates in the capital markets [7][8]. Group 4: Venture Capital Initiatives - Beijing University has established various funds and initiatives to support technology transfer and innovation, including the Yuanpei Fund and Yan Yuan Venture Capital, aimed at fostering early-stage startups [15][16][17]. - The university's efforts in creating a robust innovation ecosystem are evident through partnerships with local governments and the establishment of incubators to support tech startups [20][21]. Group 5: Future Directions - The university is focused on enhancing its role in national modernization and innovation, with plans to further integrate research and commercialization efforts [18][22]. - The upcoming Yan Yuan International Innovation Competition and other initiatives aim to strengthen the university's position in the tech innovation landscape [21][22].

Group 1 - The article highlights the emergence of a trillion-dollar low-altitude economy in China, exemplified by innovative agricultural practices using drones in Xi'an [2][8] - The integration of industry and education is showcased through a collaborative research platform between universities and enterprises, enhancing research efficiency and technology transfer [4][5] - The establishment of a supportive policy environment has significantly improved the overall effectiveness of the innovation system, facilitating breakthroughs in various sectors [6] Group 2 - The article discusses the role of funding in revitalizing dormant scientific research, with specific examples of companies achieving domestic production capabilities in magnetic materials [8][9] - The establishment of a drone test flight base in Xi'an has attracted multiple companies and is expanding low-altitude application scenarios, including logistics and inspection services [9][10] - The region has successfully attracted 37 companies in the intelligent connected vehicle industry, contributing to a projected total output value of over 4 billion yuan in 2024 [10]