Core Viewpoint - Aibao Medical has signed a cooperation agreement with Hong Kong Polytechnic University to enhance collaboration in research and development, clinical translation, and talent cultivation in the field of ophthalmology [1][2] Group 1: Collaboration Details - The partnership aims to establish a long-term strategic collaboration mechanism, focusing on integrating industry resources and academic research advantages to improve the efficiency of research results and their implementation [1] - Both parties will work closely on myopia prevention and optical technology, leveraging their respective strengths to overcome key technological bottlenecks in the industry [1][2] Group 2: Talent Development and Innovation - Aibao Medical will provide research practice and internship opportunities through its ophthalmology scholarship, while the university will utilize its advantages in talent cultivation and global resources to create a joint training mechanism [2] - The collaboration will also explore cutting-edge technologies for myopia control in partnership with the university's startup, Tongyan Technology Co., Ltd., facilitating the industrialization of academic research outcomes [2] Group 3: Broader Impact - The agreement is seen as a new starting point for Aibao Medical, aiming to elevate Chinese ophthalmic technology to the international stage [2] - The collaboration is expected to serve as a model for Beijing-Hong Kong technology cooperation, enhancing technological exchanges and promoting industrial synergy between the two regions [2]

Core Viewpoint - The development of the "Deep Sea Self-Pressure Power System Key Technology Verification Platform" by a research team led by Deng Yida represents a significant advancement in China's ability to independently master core deep-sea technologies, addressing a critical national need and contributing to the construction of Hainan Free Trade Port [2][3]. Group 1 - The platform is the first major technological equipment recognized by Hainan Province, designed to simulate extreme conditions at depths of up to 10,000 meters, providing essential safety and performance validation for deep-sea equipment development [2][3]. - The research team has grown from one member to over twenty, including national-level talents, within five years, showcasing significant progress in deep-sea research capabilities [3]. - A cooperation agreement was signed between Hainan University and relevant enterprises to promote the development and evaluation of the power system, marking a breakthrough in industry-academia-research collaboration [3]. Group 2 - The team is also focusing on utilizing Hainan's abundant wind, solar, and wave energy to produce "green hydrogen," contributing to the construction of a clean energy island [4]. - Additionally, they are developing a multi-field coupling simulation system for marine materials to provide theoretical and data support for the long-term safe operation of materials in complex deep-sea environments [4]. - The team aims to continue aligning its research with the needs of a maritime power and the Hainan Free Trade Port, pushing for more technological implementations in the deep-sea exploration field [4].

Group 1 - The second Anhui Province University "Hundred Sessions Thousand Items" technology achievement roadshow event was held on January 17, 2026, focusing on accelerating the transformation of university technology achievements and promoting deep integration of technological and industrial innovation [1] - The event featured a signing ceremony between Conch Materials Technology Co., Ltd. (2560.HK) and Dalian University of Technology for a collaboration project on "Efficient Catalytic Technology and Application of Epoxy Olefins," aiming to advance the industrialization process of this technology [1] - This collaboration follows a previous successful project on "Research and Industrialization of MP300 Polyether Monomer Synthesis Technology," indicating a continued partnership in technology development and talent cultivation [1] Group 2 - Conch Materials Technology has been deepening industry-university-research collaborative innovation, achieving progress in new product development, high-level talent training, and international patent layout [3] - The company has established deep strategic partnerships with several universities, including Anhui University of Technology and Dalian University of Technology, creating a comprehensive educational training system from undergraduate to doctoral levels [3] - Conch Materials Technology plans to continue focusing on the field of epoxy-derived fine chemicals, accelerating key core technology breakthroughs and strengthening high-level talent cultivation to support its long-term vision of "Centennial Conch" [3]

Core Viewpoint - The article discusses the potential for protecting and developing wild Chinese herbal medicine resources in the Mengshan area, emphasizing the need for strategic planning and investment to enhance both ecological and economic benefits [1][2]. Group 1: Protection and Development Strategies - A proposal has been made to establish a special leadership group and a research institute for Chinese herbal medicine in Mengshan, along with defining control zones and setting up special funds to enhance coordinated development [1]. - The proposal includes increasing investment attraction by targeting deep processing enterprises with GMP certification, focusing on high-value products such as traditional Chinese medicine pieces, proprietary Chinese medicines, and health products [1]. Group 2: Quality Standards and Financial Incentives - A quality standard for local medicinal materials will be developed based on the ecological characteristics of Mengshan, which includes guidelines on planting environment, cultivation techniques, and harvesting times [1]. - A financial reward policy will be implemented for farmers engaged in ecological planting of Chinese herbal medicine, alongside the promotion of professional cooperatives to enhance resource integration and explore forest-medicine compound operations [1]. Group 3: Industrial Development and Tourism - Plans are suggested for the construction of Chinese herbal medicine industrial parks in surrounding towns, with tax incentives and land security to attract leading enterprises for deep processing projects [2]. - The development of "Mengshan Medicine Valley" industrial cluster and investment in new product research and production, such as Chinese medicine formula granules and extracts, is emphasized [2]. - The creation of a national-level health tourism demonstration zone is proposed, including the establishment of botanical gardens and cultural experience centers related to Chinese medicine [2].

Core Viewpoint - The integration of technological innovation and industrial innovation is essential for achieving high-quality development in the new era, with Jiangsu province implementing a "hundred universities connecting a thousand industry chain party building alliances" initiative to embed party building into the entire process of industrial and innovation chain construction [1][2]. Group 1: Collaborative Innovation - Collaborative innovation between industry, academia, and research is not only about technical cooperation and resource integration but also about unifying development direction and value orientation [2]. - The lack of effective leadership can lead to scattered goals and weak collaboration in innovation activities, making it crucial to break down interest barriers and establish a unified innovation logic [2][3]. - The political function and leading role of party organizations are emphasized to align university research, enterprise technology needs, and national strategies, enhancing the systematic and targeted nature of innovation activities [3]. Group 2: Institutional Foundation - The traditional project-based approach to industry-academia-research cooperation has led to loose relationships; the party building alliance provides a new institutional support by shifting from "project collaboration" to "organizational collaboration" [4]. - By establishing party organization ties, Jiangsu promotes long-term cooperation among universities and enterprises, enhancing trust and reducing friction in collaboration [4]. - The alliance facilitates information sharing and resource exchange, leading to the establishment of joint research institutes and shared platforms for innovation [4]. Group 3: Practical Implications - The industry chain party building alliance not only promotes technical collaboration but also governance collaboration, contributing to a more efficient regional innovation system [5]. - For secondary colleges, the alliance expands the practical space for party building work and creates favorable conditions for stable connections with industry needs [5]. - Secondary college party organizations are encouraged to actively engage with industry chain party building alliances to seek innovation and opportunities in research resources and platform construction [5]. Group 4: Enhancing Operational Efficiency - The effectiveness of the party building alliance hinges on its integration into the practices of technological innovation and industrial development [6]. - Joint research and the establishment of R&D centers under the alliance framework aim to accelerate the application of research outcomes [6]. - The alliance promotes talent cultivation aligned with industry needs, ensuring that party activities are embedded in specific business scenarios to enhance their practical contributions [6]. Group 5: Future Directions - There is still room for deepening the collaborative innovation facilitated by the party building alliance, with a need for improved institutional design [7]. - Strengthening top-level planning and integrating the alliance into the regional innovation system is essential for clarifying its functions and operational rules [7]. - Establishing a benefit-sharing mechanism and a performance evaluation system will enhance the effectiveness of the alliance and ensure that collaborative innovation outcomes are a key measure of its success [7].

Core Viewpoint - The "domestically produced all-laser refractive surgery machine" developed by Professor Zhang Mingchang's team has been recognized as one of the "Top Ten Original Advances in Ophthalmology in China for 2025," marking a significant breakthrough in the field of high-end laser treatment equipment for myopia refractive surgery in China [1][7]. Group 1: Research and Development Achievements - Professor Zhang Mingchang's team has been dedicated to the innovation and research of ocular surface diseases and refractive treatment technologies [3][9]. - The team previously developed the "tear lipid content detection test strip," which was included in the "Top Ten Advances in Chinese Ophthalmology" in 2021 [3][9]. Group 2: Technological Breakthroughs - The newly developed device achieves significant technological breakthroughs in laser energy control, beam positioning accuracy, and surgical process stability, specifically designed for myopia refractive surgery [5][11]. - The core optical system and intelligent control platform of the device are entirely developed domestically, breaking the long-standing reliance on imported equipment [5][11]. Group 3: Market Impact and Future Prospects - The device is expected to provide higher quality and more accessible high-end refractive surgery options for myopia patients, potentially lowering surgical costs and benefiting many individuals seeking vision correction [5][11]. - The development and transformation of this achievement exemplify successful collaboration between medical engineering and industry-academia partnerships, promoting the localization of high-end ophthalmic treatment equipment and supporting the self-control and technological upgrades of the related industry chain [12]. - Looking ahead, the team plans to deepen collaboration with the industry to promote more original and leading technologies for clinical application, contributing to the high-quality development of eye health in China and supporting the "Healthy China" strategic goal [14].

Core Viewpoint - The strategic partnership between Nanjing University of Science and Technology's School of Materials and the eye health innovation company "Jishu Yandao" aims to leverage advanced materials, specifically rare earth graphene, to address eye health issues and promote the application of original scientific research in the industry [1][3]. Group 1: Collaboration Details - The collaboration is a response to the "Healthy China" strategy, addressing the significant eye health issues faced by the population, with 2.289 billion instances of vision problems reported among China's 1.41 billion people [3]. - The partnership seeks to bridge the gap between basic research, technological breakthroughs, and industrial applications, enhancing the practical impact of new material technologies on public health [3][6]. Group 2: Company Background and Innovations - "Jishu Yandao" has been focused on the graphene eye health sector since 2014, developing functional heating eye masks and has made significant advancements over four product iterations [5]. - The collaboration with Nanjing University of Science and Technology's research team has provided a breakthrough in technology by incorporating rare earth elements into graphene, enhancing thermal penetration depth by 35 times and optimizing the infrared wavelength for better absorption [5][6]. Group 3: Future Directions - The partnership aims to establish a long-term research collaboration mechanism to transform laboratory results into eye health products that benefit the public, thereby improving national eye health standards [8]. - The School of Materials will continue to encourage research teams to align academic studies with societal needs, ensuring that technological innovations serve the public's aspirations for a better life [8].

Group 1: Industrial Internet Sector - The Fuzhou High-tech Zone has been recognized as a key cultivation area for the "Industrial Internet" and "High-end Medical Devices" sectors, being the only selected park in Fujian Province [1] - The Industrial Internet sector in Fuzhou High-tech Zone has established a complete industrial ecosystem, generating annual revenue exceeding 10 billion [2][5] - The sector enables smart and collaborative production processes through the interconnection of industrial equipment and data sharing, serving as a crucial tool for the digital transformation of manufacturing [2] Group 2: High-end Medical Devices Sector - The high-end medical devices sector in Fuzhou High-tech Zone has accumulated over 400 effective invention patents, indicating strong innovation capabilities [6][7] - Companies like Wintone (Fujian) Medical Science and Technology Co., Ltd. are developing advanced medical imaging equipment, contributing to the localization of medical imaging device production in Fujian Province [6] - The zone has implemented supportive measures for the biopharmaceutical industry, including subsidies for companies achieving medical device registration, fostering a complete incubation system for related enterprises [7]

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 ...

Core Viewpoint - The East China Jiaotong University is focusing on the development of its civil engineering discipline, seeking expert advice to enhance its academic strength and contribute to national and regional technological innovation and industrial upgrading [2][3][5] Group 1: Academic Development - The civil engineering discipline is identified as a leading field at East China Jiaotong University, with significant breakthroughs expected during the 14th Five-Year Plan period [3] - The university aims to transform expert consultation outcomes into actionable measures for high-quality development in the civil engineering discipline [3] Group 2: Expert Consultation - A consultation meeting was held with a panel of experts, including several academicians from the Chinese Academy of Engineering and the Chinese Academy of Sciences, to discuss the future direction of the civil engineering discipline [1][5] - Experts provided forward-looking, targeted, and actionable recommendations on key issues such as discipline characteristics, interdisciplinary integration, high-end talent cultivation, major scientific research challenges, and industry-academia collaboration [5] Group 3: Future Directions - The experts emphasized the need for the civil engineering discipline to align with national strategic demands, refine its academic characteristics, and strengthen its core competitiveness and industry influence [5]