来源：中国网 2025年12月16日下午，湖南女子学院商学院副院长、副教授郭毅夫，商学院团总支书记田甜，物流管理 教研室主任、副教授朱向，商学院副教授鲁芳，市场营销宁亚春博士，财会系专任讲师舒敏，人力资源 专业教师李小芳一行赴湖南好学星城网络科技有限公司开展参观交流。 郭毅夫在讲话中指出，产学研深度融合是科技创新引领产业升级的关键一招，也是加快培养创新人才的 重要路径。学校将充分发挥学科与课研优势，通过产学研深度合作，优化学科布局，加强基础学科、新 兴学科、交叉学科建设，通过共商人才培养、共组导师团队、共同开展教学、共建实训基地等举措， 将"人工智能+"渗透教育教学各环节，助力产业链、创新链、人才链实现高层次对接。 随后，双方围绕AI大模型以及数据分析赋能人力资源管理专业与财务专业的产学研合作项目推进情况 开展研讨交流，聚焦AI大模型技术应用、微专业共建、学生实习实训、智能体项目搭建等关键议题进 行深入研讨，通过坦诚对话明确需求、精准匹配资源，共同为解决技术难题、提升合作效率注入新动 力。 此次产学研合作交流会标志着湖南女子学院商学院与湖南好学星城集团在产教融合领域迈出关键一步， 进一步理顺了校企合作推进机制 ...

为持续引导投资者树立股东意识，积极行使股东权利，2025年11月11日，在上海证券交易所的指导下，华福证券国家级投资者教育基地联合义乌丹溪北路 证券营业部，携手投资者一同走进沪市上市公司 华鼎股份 （601113）开展"我是股东"主题活动。 华鼎股份相关工作人员带领投资者走进公司车间与仓库，实地参观了先进生产设备及自动化生产线，详细介绍了生产过程中的 节能环保 举措。公司通过 采用前沿环保技术与设备，全力践行绿色生产理念，最大限度降低对环境的影响。此外，工作人员还重点分享了华鼎股份的发展历程、全面的产业布局以 及多年来斩获的各项荣誉。 参观后，华鼎股份董秘张益惠女士与投资者进行面对面座谈，她详细介绍了公司的企业文化与未来发展规划，并强调技术研发是华鼎股份的核心竞争力之 一。公司高度重视科技创新，不仅设立了专门的研发中心，组建了由行业专家与技术骨干构成的专业研发团队，后续还将积极联动高校及科研机构深化产 学研合作，持续提升技术创新实力。交流环节，投资者就各自感兴趣的领域与公司管理层进行提问互动，现场交流气氛活跃。 上市公司介绍 义乌华鼎锦纶股份有限公司是真爱集团旗下核心企业，创建于2002年，是一家专业从事高品 ...

Group 1 - The "Qingzhi Academy" has been launched in Wuxi's Xinwu District to enhance the aerospace industry chain, focusing on political education, expert lectures, policy interpretation, academic discussions, product releases, and technical exchanges [1] - The academy aims to integrate the industry chain, innovation chain, and talent chain, serving as a platform for talent cultivation and problem-solving to support high-quality development in the aerospace sector [1] - A roundtable dialogue was held with six experts discussing the transformation of research outcomes into independent innovation capabilities for enterprises, highlighting the future of the aerospace industry [1] Group 2 - Eight quality aerospace projects were signed during the event, covering key areas such as core components, intelligent equipment, and new materials, injecting vitality into the aerospace industry chain [2] - The event also announced the results of patent navigation for aerospace engines and gas turbines, and initiated a "zero-carbon park" construction proposal for the Wuxi (Xinwu) Aerospace Industrial Park [2] - The Xinwu District has implemented a series of initiatives, including talent recruitment and industry-academia-research cooperation, to strengthen the aerospace industry [2] Group 3 - The Airport Economic Development Zone has developed into a thriving industrial and residential area, characterized by a "one city, four parks" model, focusing on high-end manufacturing and technology innovation [3] - The total industrial output value of the Airport Economic Development Zone is projected to reach 109.41 billion yuan in 2024, with 57.91 billion yuan achieved in the first half of this year, indicating strong economic momentum [3] - Future efforts will focus on leveraging aerospace industry chain resources to enhance organizational support, service improvement, and resource development [3]

Group 1 - Shaanxi Province is focusing on building a strong education, technology, and talent system, aiming for breakthroughs in modern industrial system construction [1] - The province has promoted the "three reforms" for technology achievement transformation, resulting in the transfer and transformation of 46,000 achievements and a doubling of technology contract transaction volume over three years [1] - Significant projects in research and transformation have been signed recently, including OLED packaging materials and industrial robot manufacturing [1] Group 2 - The Secretary of the Shaanxi Provincial Committee emphasizes enhancing innovation capabilities through the construction of the Xi'an regional technology innovation center [2] - The focus is on accelerating technology achievement transformation through deepening the "three reforms" and strengthening the role of enterprises in innovation [2] - There is an emphasis on optimizing the innovation ecosystem by upgrading the Qin Chuang Yuan system and integrating education, technology, and talent development [2]

CINNO Research产业资讯，韩国延世大学物理系李延珍教授研究团队与LG显示合作，在全球范围内首次探明了大尺寸OLED电视量产必需的核心材料氟 化镁（MgF₂）的实际工作原理。 这项研究因成功解决了产业界长期悬而未决的根本性难题而备受认可，相关成果已发表于材料领域国际权威期刊《先进功能材料》（Advanced Functional Materials，影响因子18.5）。 氟化镁因具有成本低廉且工艺稳定性优异的突出优势，长期被广泛用作OLED面板的空穴注入层材料。但它作为典型的绝缘体，在需要注入电荷的空穴注 入层中究竟如何助力性能提升，学术界与产业界此前均未能给出明确解释。这导致生产现场只能在不明原理的情况下反复试错，以此来优化工艺，存在着 明显局限性。 为攻克这一难题，研究团队结合光电子能谱分析与理论计算，对氟化镁与有机半导体混合时发生的相互作用展开研究。结果首次发现，被认定为绝缘体的 氟化镁会出现从有机分子中夺取电子的基态电荷转移现象。在此过程中，氟化镁可充当强效p型掺杂剂，使空穴浓度提升至原有水平的50倍以上，而这正 是大幅提高OLED效率的核心关键。 研究团队同时探明，氟化镁与有机物混合后不会 ...

Core Viewpoint - Shanghai has introduced the "Double Innovation Fifteen Measures" to encourage the flow of scientific researchers between academic institutions and enterprises, aiming to enhance the integration of scientific and industrial innovation [1][3]. Group 1: Policy Implementation - The new policy addresses common concerns among researchers regarding entrepreneurship, including dual identity recognition and the distribution of entrepreneurial outcomes [1]. - The "Double Innovation Fifteen Measures" aims to resolve institutional gaps and policy discontinuities that hinder researchers' innovation and entrepreneurship activities [3][4]. - Researchers can apply for professional titles while on leave for entrepreneurship without affecting their original positions, ensuring a smooth transition back to their roles [4]. Group 2: Success Stories - Professor Wang Liqing from Shanghai Ocean University has successfully combined her roles as a scientist and entrepreneur, leading her company to complete over 700 projects and obtain more than 70 patents [2]. - Chen Jia, founder of Zhengxu Biology, has developed innovative gene editing techniques while also serving as a professor, demonstrating the successful application of research in the market [5][6]. Group 3: Industry Collaboration - The policy encourages the establishment of dual pathways between research institutions and enterprises, enhancing the recognition of research outcomes in the market [8]. - Shanghai's new measures promote the introduction of enterprise talents and the creation of innovative positions, such as project managers and technology managers, to strengthen the connection between technology and economic development [8][9]. Group 4: Educational Integration - Shanghai universities are actively engaging industry experts as mentors to foster collaboration between education and industry, enhancing the practical training of students [9][10]. - The introduction of industry professor mechanisms aims to integrate academic and industrial expertise, breaking down barriers in talent evaluation and recognition [10].

Economic Development - Ganyu District has been implementing the "industrial-based, industry-strong" strategy since the 14th Five-Year Plan, achieving a significant increase in GDP and transitioning the service sector from a secondary to a primary focus [1] - The district's GDP has crossed two hundred billion thresholds, with a total fixed asset investment of 1369.34 billion yuan and effective industrial investment of 668 billion yuan [1] - Ganyu has been recognized as one of the "Top 100 Districts in National Investment Potential," ranking 35th [1] Industry and Innovation - New Hai Petrochemical Co., Ltd. has entered the Jiangsu Top 100 Enterprises and Jiangsu Manufacturing Top 100 Enterprises lists, showcasing Ganyu's strength in the petrochemical industry [2] - Ganyu is addressing common challenges in upgrading the petrochemical industry by expanding into LNG and LPG storage and transportation, as well as high-performance chemical materials [3] - The district has established a comprehensive industry-academia-research cooperation system, enhancing technological innovation and collaboration with universities [4] Infrastructure and Project Development - Ganyu is actively constructing innovation platforms and accelerating the introduction of fine chemical projects, creating a complete industrial gradient from basic raw materials to end applications [5] - The district has implemented a "commitment to start construction" model, significantly reducing the time required for industrial project approvals [9][10] - A total of 33 industrial projects have received "commitment to start construction" approvals this year, saving an average of over 45 days for each project [9] Service and Efficiency Improvements - Ganyu has launched a "cloud issuance" reform to simplify the process of obtaining necessary documents, significantly reducing the burden on businesses and residents [7][8] - The district has processed over 20,300 documents through the cloud issuance platform, enhancing the efficiency of public services [8] - The "commitment to start construction" model has streamlined the approval process, reducing required materials by 77% and approval time by over 50% [10]

（文章来源：证券日报） 证券日报网讯 12月16日，力合科创在互动平台回答投资者提问时表示，公司依托深圳清华大学研究 院，深化与重点高等院校、科研院所及新型研发机构的战略合作，奠定了科技资源优势。同时，公司构 建了合理的人才梯队，打造了一支懂科技、懂产业的复合型产学研人才队伍，并链接了大量科学家与顶 尖人才，为企业发展提供了持续的人才与技术支撑。此外，公司深度参与了与清研院共建的产学研深度 融合的孵化体系，形成了"有创新资源、懂前沿科技、会转化成果、可赋能企业、能培育产业"的创新体 系优势，能够从技术、团队、市场等多维度综合筛选潜力项目，并提供覆盖场地、资金、技术、市场等 的一站式孵化服务，为创新团队及企业提供全生命周期支持，有效提升了投资孵化成功率。 ...

Group 1 - The Guangdong-Hong Kong-Macao Greater Bay Area has established the Regional Technology Transfer and Transformation Center, which aims to enhance technology transfer and innovation in the region [1] - The center has received approval from the Ministry of Education and includes four specific centers focused on various sectors such as biomedicine and intelligent transportation [1] - Over 200 leading universities are involved, with 57 signing cooperation agreements, including prestigious institutions like Fudan University and Tsinghua University [1] Group 2 - An Artificial Intelligence Open Alliance has been formed, led by Tsinghua University, with five specialized committees focusing on education, research, engineering, ethics, and international exchange [2] - The Life Sciences Open Alliance was established in 2025 in Hong Kong, involving 15 high-level universities and research institutions from mainland China and Hong Kong-Macao, aiming to foster innovation and international collaboration in life sciences [2] - A total of 10 projects and 20 guests signed agreements for industry-academia-research cooperation and significant technology transfer projects during the event [2]

Core Viewpoint - The collaboration between Taili Technology and Jinan University aims to address critical technological challenges in the industry through a strategic partnership focused on advanced functional materials and nanotechnology [1][2] Group 1: Partnership Details - Taili Technology will invest 100 million yuan to establish the "Advanced Functional Materials Research Institute" in collaboration with Jinan University [1] - Over the next five years, Taili Technology will donate 15 million yuan specifically for research and talent development in the field of nanoflexible protective materials and intelligent manufacturing [1] - The partnership includes the establishment of a teaching internship base and the "Zhao Yuliang Academician Workstation and Transformation Base" at Taili Technology, integrating top research capabilities directly into the company's R&D efforts [1] Group 2: Strategic Importance - The collaboration is designed to enhance the efficiency of research and the success rate of technology commercialization by directly connecting academic innovation with market needs [1] - This initiative represents a deep integration of resources between a leading enterprise and a prestigious university, aiming to break down traditional barriers in industry-academia collaboration [1] - The agreement is set for a duration of ten years, indicating a focus on long-term technological accumulation rather than short-term project returns [2]