9月9日至10日，大湾区科学论坛——走进横琴&澳门成果转化精准对接活动成功举办。活动为期两天，以"成果转化精准对接"为核心，串联广州、横琴、 澳门三地创新脉络，推动粤澳多领域合作，构建"科研——转化——出海"全链条生态。 全站点精准对接 政企研双向联动，打通成果转化堵点 活动以"需求匹配"为核心，通过"实验室参访——成果路演——需求对接——互动交流"的全链条设计，覆盖多领域企业，推动科研与产业双向互动。 首站中医药广东省实验室开启"政策解读+成果路演+互动对接"模式。大湾区科学论坛秘书处相关负责人表示，论坛自创办起便积极推动湾区协同融合与 科技成果转化，本次活动是"精准对接"理念的实践，期待将短期对接意向转化为长期合作，依托澳门优势赋能湾区科创生态。 横琴粤澳深度合作区经济发展局相关领导称，合作区旨在促进澳门经济适度多元发展，本次活动搭建了交流合作平台，希望各方深入交流，让科技成果落 地。活动前期收集企业技术需求，现场先进行研究院成果路演，再是企业路演，企业代表以"一页PPT"呈现需求，互动交流热烈，实现"需求提出即有资 源响应"。 9月10日澳门段行程中，"精准对接"进一步深化。澳门大学专场聚焦集成电路、中 ...

Group 1 - The "Ning Gong Pin Tui" event focused on building a bridge for cooperation between central enterprises and local companies in the smart grid industry, emphasizing resources such as technology, talent, scenarios, and finance [1][2] - The event highlighted the development environment for green low-carbon (smart grid) industries in Gulou District, with central enterprises sharing their development plans and local private companies presenting new technologies and products [2][3] - The event served as a timely opportunity for companies to connect with central enterprises, facilitating business expansion and collaboration in the energy sector [3][4] Group 2 - Gulou District has gathered 15 energy companies and 43 secondary and tertiary companies, with 40 key enterprises in the smart grid sector, aiming to create a hub for green low-carbon (smart grid) industry development [4] - The "Ning Gong Pin Tui" platform has successfully hosted over 100 events this year, covering more than 2,000 companies, focusing on practical and systematic approaches to enhance the integration of the industrial chain [5] - The district plans to establish a regular communication mechanism between central and local enterprises to deepen technical cooperation and talent exchange, thereby enhancing the overall development level of the industry [5]

Core Viewpoint - Jilin Aodong's Anshen Bnona Liquid has maintained a leading position in the domestic market for over 42 years, achieving cumulative sales of 8 billion bottles and a market share exceeding 80% [1][12] Group 1: Product Quality and Market Position - Anshen Bnona Liquid is recognized as a core product of Jilin Aodong, generating a total profit of 2.1 billion yuan and contributing 1.5 billion yuan in taxes to the state [1] - The product has been included in the first batch of protected traditional Chinese medicine varieties and the national medical insurance catalog, highlighting its significance in the industry [1][8] - The product's success is attributed to the use of high-quality, authentic medicinal materials sourced from the Changbai Mountain region, particularly the purebred velvet antler from the local deer [2][3] Group 2: Technological Innovation and Quality Control - Jilin Aodong has implemented modern production techniques, resulting in a 15% higher content of active ingredients like uridine and IGF-1 compared to ordinary deer antler [3][6] - The company has developed advanced technologies such as computer-controlled extraction and near-infrared online detection, ensuring product safety and consistency [6][8] - Continuous research and development efforts have led to the enhancement of production processes and quality standards, including the addition of new testing methods for raw materials [7][10] Group 3: Strategic Development and Policy Support - The company is positioned as a leading enterprise in the agricultural industrialization of Jilin Province, benefiting from government support for the development of the velvet antler industry [11] - Recent provincial policies encourage the secondary development of classic formulas and emphasize quality certification, aligning with Jilin Aodong's strategic goals [11] - The company aims to transform Anshen Bnona Liquid into a "ten billion-level product" by leveraging its market foundation and scientific breakthroughs [10][11]

Group 1 - The recent strategic cooperation between Huace Testing (300012) and Hong Kong Polytechnic University focuses on the full industry chain demand for functional foods [1] - The collaboration emphasizes three core areas: food testing, technological innovation, and creative services [1] - The initiative aims to establish a deep integration platform for industry, academia, and research [1]

Group 1 - The "Chubang-Jiangnan University Condiment Joint Innovation Center" was officially established on September 4, marking a significant breakthrough in the integration of government, industry, academia, research, and application in the Zhongshan Torch High-tech Zone [1] - The center will focus on the development of healthy soy sauce processes, fermentation technology optimization, and industry standard formulation, aiming to achieve breakthroughs in key technologies and create a number of influential patents, enhancing the technological added value and market competitiveness of Chubang products [3][4] - The establishment of the center aligns with the strategic actions of the Zhongshan Torch High-tech Zone to enhance the core competitiveness of enterprises and promote high-quality regional economic development [3] Group 2 - The collaboration between Chubang and Jiangnan University aims to leverage top-tier research capabilities to accelerate breakthroughs in common key technologies in the food sector, enhancing the driving force and control of state-owned capital in this field [4] - The initiative is in line with Guangdong Province's strategy to promote the intelligent, green, and high-end development of the food industry, contributing to the establishment of a technology innovation hub in the Guangdong-Hong Kong-Macao Greater Bay Area [4] - Jiangnan University will fully utilize its research and talent advantages to support the construction of the joint innovation center and facilitate the transformation of scientific achievements in Zhongshan [4]

Core Insights - Xi'an is leveraging digital economy and new information infrastructure to drive new industrialization, showcasing a blend of ancient culture and modern technology [2][15] - The integration of 5G technology in various sectors, including tourism, education, manufacturing, and agriculture, is enhancing operational efficiency and user experience [3][8][10][13] Group 1: Digital Infrastructure and Tourism - The implementation of a multi-frequency, three-layer 4G/5G network in the 大唐不夜城 (Datang Ever Bright City) ensures seamless connectivity for high visitor volumes, with peak download speeds exceeding 4.2 Gbps [5][6] - The network infrastructure includes 96 5G base stations and 139 4G base stations, designed to maintain the aesthetic of the historical site while maximizing network capacity [5][6] Group 2: Education and Research - The collaboration between Xi'an Jiaotong University and China Mobile at the Digital Government Research Institute has produced 106 academic achievements and 19 digital government projects, enhancing cross-disciplinary innovation [6][7] - The integration of 5G technology in educational settings allows for real-time data analysis and remote control of equipment, significantly reducing latency to below 20 milliseconds [8][9] Group 3: Smart Manufacturing - The 法士特 (Fasite) high-tech factory utilizes 5G and industrial PON technology to achieve a fivefold increase in output per acre, with a workforce reduced from 700-800 to just 150 [10][12] - The factory's digital solutions have led to a 30% reduction in equipment failure rates and a 45% increase in AGV scheduling efficiency, demonstrating the impact of digital transformation on manufacturing [10][12] Group 4: Agricultural Innovation - The establishment of a live-streaming research institute by Shaanxi Unicom has trained over 45,000 new farmers, generating sales exceeding 3.2 billion yuan through digital platforms [13][14] - The use of AI and XR technologies in agriculture is facilitating the digital transformation of traditional farming practices, enhancing market access for local products [14][15] Group 5: Overall Impact - The integration of 5G, industrial internet, and AI technologies across various sectors in Xi'an illustrates a successful model of new industrialization, merging traditional practices with modern advancements [15] - Xi'an's experience serves as a blueprint for other cities, demonstrating how digital empowerment can drive economic growth and innovation in the new industrial era [15]

Core Insights - Xi'an is leveraging digital economy and new information infrastructure to enhance its industrialization process, showcasing a blend of ancient culture and modern technology [1] - The integration of 5G technology in various sectors, including tourism, education, and manufacturing, is driving significant advancements and efficiencies [2][4][10] Group 1: Digital Infrastructure in Tourism - The "Daming Palace Night City" has implemented a multi-frequency, three-layer 4G/5G network to support high visitor volumes, achieving peak download speeds of over 4.2 Gbps [4] - The network can accommodate up to 200,000 users simultaneously during peak times, ensuring a seamless experience for visitors [4] Group 2: Education and Research Innovations - The Xi'an Jiaotong University and China Mobile collaboration has produced 106 academic results and 19 digital government projects, enhancing the efficiency of data sharing across regions [5][6] - The integration of 5G technology in educational settings has significantly reduced latency to below 20 milliseconds, enabling advanced remote operations [7][8] Group 3: Smart Manufacturing Developments - The Fastech Intelligent Factory has adopted a "5G zero-carbon black light factory" model, reducing workforce requirements from 700-800 to just 150 while increasing productivity by nearly five times [10][12] - The factory's implementation of digital technologies has led to a significant reduction in carbon emissions, positioning it as a national model for smart manufacturing [12] Group 4: Rural Revitalization through Digital Solutions - The establishment of a live-streaming research institute has trained over 45,000 new farmers, generating sales exceeding 320 million yuan through digital platforms [13][14] - Innovative solutions like AI live-streaming platforms and XR technology are enhancing the marketability of local agricultural products, contributing to economic growth [14] Group 5: Overall Impact of Digital Transformation - The integration of 5G, industrial internet, and AI technologies is transforming various sectors in Xi'an, from tourism to education and manufacturing, creating a comprehensive digital ecosystem [14] - Xi'an's approach exemplifies how traditional industries can evolve through technology, setting a precedent for other cities in the digital age [14]

Core Viewpoint - The collaboration between Honghu (Suzhou) Semiconductor Technology Co., Ltd. and Hohai University Suzhou Institute of Advanced Research has successfully developed a "vacuum environment ultra-clean wafer transfer robotic arm," breaking the long-standing foreign monopoly in the semiconductor industry [1][3]. Group 1: Industry Context - The vacuum environment ultra-clean wafer transfer robotic arm has been monopolized by companies like Japan's Lattice and America's Brooks, and is included in the export control list, posing a significant challenge to China's industrial chain security [3]. - Historically, domestic equipment has struggled with the issue of "assembling foreign core components," making self-sufficiency a pressing need [3]. Group 2: Technological Breakthroughs - The research team led by Professor Xu Linsen from Hohai University has focused on the technical challenges of ultra-clean wafer transfer in vacuum environments, utilizing integrated drive and magnetic fluid sealing technology to solve vacuum cleanliness control issues [5]. - The team has developed a real-time control system based on a domestic operating system, achieving nanosecond-level response precision and maintaining a repeat positioning accuracy of ±0.05mm, with horizontal vibration reduced to 0.2g, meeting international advanced standards [6]. Group 3: Collaborative Model and Impact - The partnership model of "high-tech zone providing the platform, enterprises posing the challenges, and universities solving the problems" has led to the creation of a domestically produced vacuum wafer transfer platform, filling a gap in domestic vacuum coating process transfer equipment [6]. - The developed equipment has been adopted by several industry benchmark companies, generating cumulative sales revenue of approximately 13 million yuan, with small-scale production steadily advancing [6]. - The team has also led the formulation of the "Vacuum Wafer Handling Robot Acceptance Specification" group standard and has secured six national invention patents, establishing a solid technological barrier [6].

Core Viewpoint - The conference focused on the theme of "deepening the integration of production, education, and research to promote the high-quality development of the sorghum industry" and aimed to explore new paths for the development of the brewing sorghum industry, enhancing the integration of the industry chain, innovation chain, and value chain [2][13]. Group 1: Conference Overview - The event was co-hosted by the Shandong Academy of Agricultural Sciences and Gubeichun Group, gathering over 40 experts and representatives to discuss the development of the brewing sorghum industry [2]. - The conference combined on-site observation and thematic discussions to promote experience sharing and technical collaboration [2]. Group 2: On-Site Observations - Attendees visited the Gubeichun Group's sorghum experimental demonstration base, observing the robust growth of sorghum during the critical filling period, indicating a promising harvest [4]. - The base promotes the latest "Jiliang" series of brewing sorghum varieties developed by the Shandong Academy of Agricultural Sciences, along with high-yield cultivation techniques [4]. Group 3: Key Statements - Gubeichun Group's Chairman emphasized the importance of quality as the lifeline of the brand and highlighted the role of the sorghum planting base as the "first workshop" for liquor production [7]. - The Chairman also noted the expansion of the experimental planting area and the commitment to conducting in-depth field trials to enhance both economic and social benefits [7]. Group 4: Future Collaboration - The Shandong Academy of Agricultural Sciences plans to continue providing technical guidance on sorghum cultivation, pest control, and other aspects to ensure controllable raw materials and traceable quality [8]. - A comprehensive sorghum industry chain demonstration model will be developed, integrating seed customization, breeding promotion, pilot research, order planting, and production processing [8]. Group 5: Industry Trends - A report presented at the conference analyzed the current status and trends of the brewing sorghum industry in China, identifying "specialization, greening, and integration" as the three main directions for future development [11]. - Experts engaged in discussions on sorghum variety breeding, efficient cultivation techniques, mechanized harvesting, and order agriculture models, contributing valuable insights for the high-quality development of the Shandong sorghum industry [11]. Group 6: Conclusion - The successful hosting of the conference showcased Shandong's innovative practices in the brewing sorghum field and strengthened industry consensus, injecting new momentum into the revitalization of Shandong liquor and high-quality agricultural development [13].

Core Insights - The Chinese biopharmaceutical industry is experiencing a dual benefit of increased policy support and accelerated industrial upgrades, with a focus on high-quality development driven by technological breakthroughs and deep integration of industry, academia, and research [2][3] - Yunnan Baiyao, as a leading traditional Chinese medicine enterprise, is actively engaging in innovation and transformation, leveraging its resource integration capabilities and academic collaboration to connect industry needs with research outcomes [2][3] Industry Developments - The "2025 Pharmaceutical Innovation and Technology Frontier Forum" was held in Kunming, co-hosted by Peking University and Yunnan Baiyao, attracting over 500 experts to discuss advancements in oncology, reproductive medicine, trauma orthopedics, and oral medicine [2] - Yunnan Baiyao aims to collaborate with top global research institutions to focus on drug development, clinical trials, and translational medicine, enhancing core technology breakthroughs and the commercialization of research outcomes [3][4] Collaborative Models - The Peking University-Yunnan Baiyao Medical Center exemplifies successful industry-academia collaboration, emphasizing the importance of integrating research and application to enhance the pharmaceutical industry's core competitiveness [3][4] - The center's collaborative model focuses on three main aspects: complementary advantages, resource alignment, and co-creation, aiming to build a world-class medical research center [4] Research and Development Strategies - The core value of industry-academia collaboration lies in effective "outcome transformation," requiring a complete closed-loop mechanism from problem identification to joint research and industrial validation [5] - Yunnan Baiyao is advancing its traditional medicine projects through clinical and foundational research, with significant progress in products like Qixuekang oral liquid, which has shown notable cardiovascular health benefits [6] International Expansion - Yunnan Baiyao is addressing the challenge of insufficient evidence for traditional Chinese medicine in international markets by implementing a differentiated strategy, initially focusing on Southeast Asia and Belt and Road countries [7] - The company emphasizes the need for standardization, scientific validation, and clear communication of active components to align with international standards [7] Innovation in Drug Development - Yunnan Baiyao is expanding its innovative drug portfolio, focusing on nuclear medicine, biopharmaceuticals, and chemical drugs, with several projects achieving significant milestones [8][9] - The company maintains a balanced strategy of licensing and independent research, gradually building its R&D capabilities while leveraging collaborations with top experts and institutions [9][10]