证券日报网讯安利股份（300218）11月19日在互动平台回答投资者提问时表示，公司承担的国家级、省 市科研项目基本实现产业化；公司重视与高校的产学研合作及人才培育，通过项目攻关、共建实践基地 等方式，加强产学研合作；可降解、生物基材料开发正在有序推进中。 ...

根据要求，"科技副总"服务企业期间应帮助企业制定创新规划，梳理企业创新需求；帮助企业针对 关键技术难题开展联合研究攻关、研发新产品等，推动高校、科研院所与企业开展深度产学研合作，促 进科技成果在企业落地转化；帮助企业建设科技创新平台，引导培养创新人才和团队，开展技术培训， 推动对外科技交流与合作，提升企业创新能力。省科技厅将组织专家对申报的"科技副总"支持项目进行 评审，通过评审认定的项目，纳入陕西省创新能力支撑计划项目给予支持，项目经费实行"包干制"。 （记者：张梅） 省科技厅相关负责人介绍，为有效推动高校、科研院所科技人才服务企业创新发展，强化高校科技 人才培养，陕西省教育科技人才一体化发展科技项目中设立"科技副总"计划，支持企业从高校、科研院 所选聘"科技副总"。项目申报单位应为省内具有独立法人资格且运行满一年以上的企业，有持续研发投 入，运行管理规范；不应为"科技副总"本人及所在高校、科研院所创办或入股企业。项目围绕"科技副 总"服务企业科技创新进行选题，由企业配合"科技副总"工作的科研人员担任项目企业负责人，与"科技 副总"共同推进项目实施，提升企业科技创新能力，为企业培养科技人才。"科技副总"支持 ...

Core Viewpoint - Jiemai Technology (002859) has signed a cooperation development framework agreement with ATL (Ningde New Energy Technology Co., Ltd.) to jointly develop lithium battery composite current collectors, enhancing both companies' competitive edge in the lithium battery market [2][5][7]. Group 1: Agreement Details - The agreement focuses on the joint design, development, and subsequent production capacity assurance of lithium battery composite current collectors [5]. - Jiemai Technology will prioritize supplying ATL with a minimum production capacity of 1 million m² in 2025, 5 million m² in 2026, and 30 million m² in 2027 [5]. Group 2: Company Profiles - ATL has a registered capital of $159.2 million and is a leading player in lithium battery R&D, production, and sales, with applications in consumer electronics, new energy vehicles, and energy storage [6]. - Jiemai Technology, a leader in the composite current collector industry, has established a robust R&D partnership with Huazhong University of Science and Technology and holds over 130 authorized patents [6]. Group 3: Strategic Implications - The collaboration is expected to significantly enhance the product competitiveness of both companies and establish a sustainable strategic partnership [7]. - This partnership aligns with Jiemai Technology's strategy of focusing on the synergistic development of electronic-grade films and new energy materials, thereby improving overall competitiveness and shareholder value [7]. Group 4: Production Capacity and Market Impact - Prior to the agreement, ATL conducted a factory inspection at Jiemai Technology to confirm production readiness for large-scale manufacturing [8]. - Jiemai Technology plans to expand production lines for composite aluminum and copper foils, with significant increases in production capacity expected by 2025 [8].

"我们研发的新型材料，在'科创领航员'的帮助下，终于实现了中试突破！"近日，在淮安经济开发区， 国家级专精特新"小巨人"企业江苏芯声微电子科技有限公司实验室内，公司技术长黄绎伦指着刚刚下线 的样品兴奋地说。 一旁，唐斌同样激动，他指着分析图告诉记者："企业此前在MLCC陶瓷粉料粒径和均匀度方面卡了很 久，开展产学研合作以来，我们紧盯难点、通力协作，最终攻克BaTiO_3粉体改性的'纳米级难题'，将 粒径从300—500nm突破到100—250nm。"这意味着，运用于新能源汽车、高端智能终端等关键场景的 MLCC陶瓷介质材料，实现了晶体结构致密化与介电性能精准调控的技术跨越。眼下，这一关键突破， 不仅打破国际相关领域的技术垄断，还将为企业带来超亿元经济效益。 唐斌正是黄绎伦口中的"科创领航员"，作为电子科技大学的一名教授、博士生导师，他从事介质陶瓷及 器件的理论、实验及应用研究20余年，有着丰富的理论知识与实践经验。之所以带着技术跨越千里和江 苏芯声微电子科技有限公司结缘，得益于一项创新探索牵起的红线——淮安创新校企人才"双向赋能"的 产学研合作，从全国范围高校院所选聘专家教授担任"科创领航员"，深入企业开展技 ...

0.02毫米，约是人类发丝直径的三分之一。但在东台世目特种防护科技（江苏）公司智能车间里， 这一精度被六轴机器人轻松"拿捏"，游刃有余。 流水线上，刚浸完胶的防护手套在±1℃恒温烘道中沿着传送带鱼贯而行，仿佛一条无声的河流。 "在我们这儿，没有接不了的订单，只有想不到的需求。"企业研发负责人文炜举起一款耐切割手套 介绍，高强芳纶纤维的运用让这款产品兼具美观与实用；另一侧，采用特殊工艺制作的防静电手套，凭 借均匀电荷消散性能，已成为全球半导体企业车间的"标配"。 依靠这条"会思考"的生产线，企业能同时驾驭上百种手套工艺，甚至接得住"一款手套只需500 双"的个性化订单。凭借"小单快反"的柔性生产能力，企业业绩在外贸承压的背景下逆势上扬：自有品 牌"Wonder Grip"让法国连锁巨头"一见倾心"；一款专为非洲市场开发的耐油长筒丁腈手套刚下线，便斩 获万双订单。 20公里外，另一场静默的"革命"正悄然重塑全球产业链。 不远处，富乐华功率半导体研究院的灯光常亮，科研团队正向着第三代半导体领域的"无人区"挺 进。 这家由企业自掏腰包建起的研究院，已成为富乐华打破国际技术垄断的"策源地"。从东台总部支点 出发，富乐华 ...

郑州航空港区与中国科学院微小卫星创新研究院签约共建新型研发机构，河南省中科科技成果转移转化 中心与中国科学院大学化学工程学院等5家单位共同发起郑州航空港区新型综合创新联合体项目……活 动现场，最引人注目的就是总额达1.625亿元的集中签约环节，涉及微小卫星、射频等离子、新能源汽 车减震器等领域的23个项目签约。 11月13日，2025年中国科学院院所河南科技成果发布对接会在郑州航空港经济综合实验区举行，这也是 河南省"龙子湖科创路演"系列活动（港区站）的首场活动。 "这次合作为我们研制前沿传感器带来了很大帮助，让我们在人形机器人赛道竞跑中赢得了先发优 势。"现场签约的河南福申电子科技有限公司总经理王瑞丽说。 现场发布成果涉及电子信息、新材料、新能源、生物医药、低空经济、现代农业等领域，对接会现场达 成合作意向121项，为郑州航空港区抢抓产业风口、科技创新引领产业升级提供了有力支撑。 "对接会能有效促进企业和研究机构互相认识、找到对接方向，共同研究，同向发力。"巴西科学院院 士、东莞理工学院校长特聘教授袁锦昀建议，未来的活动中，可以进一步把融资平台也拉进来，为成果 转化打通"全流程通道"。 "下一步，我们将围绕 ...

在仪征陈集镇，像东星橡胶这样的转型故事正在上演。作为有着近30年橡胶产业史的"老工业镇"，当地 聚集着橡胶制品龙头企业。他们通过新技术、新工艺的迭代升级，将传统橡胶制品打造成国家水电八局 指定传动带、日钢等大型企业的核心输送线配件。仪征橡胶制品有限公司董事长董祥平展示着车间里的 智能硫化设备："这套系统不仅能耗降低20%，还能通过大数据精准控制产品质量，让老产业焕发新活 力。" 轰鸣的机械声中，硫化机精准压合着输送带，除尘管道吞吐着白色雾气…… 走进扬州东星橡胶股份有 限公司的智能化车间，传统橡胶产业的"灰头土脸"早已不见踪影，取而代之的是一幅绿色制造的现代工 业图景。包装区外，印着"耐高温 500℃"字样的胶带产品整齐码放，即将发往全国各大矿山、港口，成 为仪征传统橡胶产业绿色转型的生动注脚。 "我们的耐高温输送带能在200℃-500℃环境中稳定运行，但高温熔解产生的废气曾是环保治理的难 题。"东星橡胶总经理刘立杰指着车间顶部纵横交错的管道介绍，"如今15套废气收集装置24小时运转， 从生胶切片到成品入库，每个环节都有环保'把关人'。"凭借这套斥资百万的环保系统，企业不仅实现 废气零超标排放，而且今年销售额 ...

Core Insights - The article discusses the migration of top scientific talent to Wuxi, China, drawing parallels to historical migrations of scientists to the United States during the 1930s, highlighting Wuxi's emergence as a new hub for innovation and research [2][24]. Group 1: Talent Migration and Research Institutions - A significant number of research teams and professors from top universities are establishing themselves in Wuxi, including institutions like Tsinghua University and Huazhong University of Science and Technology [3][2]. - Wuxi's model of "scientist team control and local state-owned capital participation" has successfully attracted these top talents by allowing scientists to become actual controllers of their enterprises [10][12]. Group 2: Entrepreneurial Challenges and Solutions - Many professors face challenges in commercializing their research due to a lack of entrepreneurial experience and institutional pressures [5][8]. - Wuxi has created a mechanism to address these challenges by allowing scientists to lead their ventures, thus fostering a sense of ownership and responsibility [12][13]. Group 3: Innovation Ecosystem - Wuxi has established a shared pilot testing platform to facilitate the commercialization of scientific research, significantly lowering the barriers for startups and research teams to bring their innovations to market [16][21]. - This platform has attracted top institutions like Shanghai Jiao Tong University, enabling them to conduct pilot tests without the need for heavy capital investment [21][23]. Group 4: Strategic Industry Focus - Wuxi's approach to attracting industries is strategic, focusing on sectors expected to experience explosive growth in the next decade, such as photonic chips and autonomous driving [24][26]. - The establishment of the Wuxi Industrial Innovation Research Institute plays a crucial role in matching technological needs with appropriate research platforms, enhancing the region's innovation capabilities [28][30]. Group 5: Future Implications - Wuxi's innovative ecosystem demonstrates that industrial innovation can thrive outside major cities, emphasizing the importance of creating a conducive environment for scientific and technological advancement [32][35]. - The article suggests that the future competition among cities will hinge on their ability to foster effective innovation ecosystems, with Wuxi serving as a potential model for other regions [35].

Group 1 - The "14th Five-Year Plan" emphasizes accelerating high-level technological self-reliance and innovation, integrating technology and talent development [1] - The World Internet Conference in Wuzhen aims to empower innovation and talent through various initiatives, including a job fair with over 1,100 companies and nearly 10,000 job openings, particularly in AI-related positions [2] - Jiangsu Province is enhancing public employment services to connect talent with key industries, exemplified by a job fair in Lianyungang focused on the crystal industry, resulting in over 500 employment intentions [4] Group 2 - The entrepreneurial spirit is fostered through systematic training and support for young entrepreneurs in the crystal industry, with Jiangsu's Xuzhou offering substantial financial incentives for digital cultural enterprises [6] - Shandong Weifang is promoting high-quality manufacturing development through deep integration of industry, academia, and research, with initiatives like "Intelligent Connection of Hundreds of Schools to Empower Thousands of Enterprises" [8] - Weifang has a talent pool of 2.49 million, with over 1,600 key talents, and aims for a GDP of 820.3 billion in 2024, with high-tech industries accounting for over 61% of its output [10]

Group 1 - Nanjing Engineering Institute signed 56 cooperation projects with enterprises and local governments to empower regional high-quality development [1] - The institute established strategic partnerships with 24 well-known companies and local governments, including comprehensive strategic cooperation agreements with Yangzhou and Zhenjiang [1] - A total of 16 industry-university-research projects were signed, focusing on high-end equipment and intelligent manufacturing [1] Group 2 - Jiangsu Province's flexible power equipment key laboratory is being established in collaboration with Changzhou Borui Electric and Nanjing Engineering Institute to address new challenges in the power grid [2] - The partnership with Haida Co., Ltd. focuses on the development of new energy vehicle battery packs, enhancing the integration of education and industry [2] - Nanjing Engineering Institute has cultivated over 280,000 engineering and management talents, emphasizing the application-oriented education model [2]