Core Viewpoint - The article emphasizes the importance of self-reform and collaboration among new material entrepreneurs to drive innovation and progress in the industry, encapsulated in the theme "Carve Yourself, Embrace the Future" [1][15]. Group 1: Event Overview - The new materials entrepreneurship training camp, the seventh session of the Aimi Material Class, officially opened in Baoshan, Shanghai, with 32 outstanding entrepreneurs participating [1]. - The opening ceremony featured notable guests from various organizations, including founders and leaders from companies and research institutions in the new materials sector [3]. Group 2: Key Themes and Discussions - During the opening remarks, the chairman of Baoshan University Science Park shared the district's support for new material entrepreneurs, while the founder of Aimi introduced the development history and core philosophy of the training program [5]. - In the "Entrepreneurial Original Intention" segment, participants showcased their entrepreneurial motivations, focusing on tackling "bottleneck" technologies and developing green innovations [7]. - The term "national industry contribution" was frequently mentioned, highlighting the commitment of entrepreneurs to advance China from a major material producer to a strong material nation [7]. Group 3: Symbolic Ceremonies - A significant moment in the ceremony was the passing of a scroll symbolizing the transmission of the "Material Person Spirit," which included stamps from over 160 alumni, marking the official start of the seventh session [11]. Group 4: Keynote Speech Insights - The keynote speech by the founder of Shandong Guoci Functional Materials Co., Ltd. focused on the importance of cognitive awareness in entrepreneurship, warning against the limitations imposed by algorithmic recommendations [13]. - The speaker encouraged continuous learning and self-reflection to maintain cognitive vitality and strategic focus in uncertain environments, providing valuable insights for attendees [15].

Group 1 - The second "Huayu New Materials Cup" North Chemical Alumni Innovation and Entrepreneurship Competition has officially launched, inviting global alumni to participate in a competitive event focused on innovation and entrepreneurship [2] - The first competition saw nearly 70 alumni projects, with 16 advancing to the finals and 6 teams achieving success at the global finals in Shaoxing, unlocking local support policies [2] - The second competition has expanded its scope to include seven fields: new materials, new energy, advanced manufacturing, biotechnology, semiconductors and integrated circuits, medical health, and environmental protection [2][6] Group 2 - The competition is supported by various organizations, including the China Petroleum and Chemical Industry Federation and the Beijing Chemical University Alumni Association [5] - Participants must be alumni or current students of Beijing Chemical University, possess independent intellectual property, and have a clear business model with good market prospects [6] - The competition aims to gather approximately 50-100 projects, with 6 projects from both the entrepreneurship and innovation groups advancing to the finals [6] Group 3 - The competition will include several phases: project collection, qualification review, preliminary competition, finals, and follow-up connections [11][12][13][14][15] - Awards will be given to the top projects in both the entrepreneurship and innovation groups, with a total of 1 first prize, 2 second prizes, and 3 third prizes for each group [17] - The organizing committee will provide ongoing support and resources for participating projects, including connections to industry supply chains and investment opportunities [19][20][21][22]

Core Insights - The article highlights the evolution of the new materials entrepreneurship landscape, noting a significant shift in the backgrounds of participants in the latest cohort of the training program, with nearly half having experience in large enterprises, enhancing their business and management acumen [1][3] Group 1: Changes in Participants - The seventh cohort of the training program has successfully recruited 32 participants, with a notable increase in diversity of backgrounds compared to previous cohorts, particularly in terms of corporate experience [1] - Approximately one-third of the entrepreneurial projects have engaged in deep collaboration with industrial resources, leading to investments from large enterprises, which serve as a driving force for innovation [3] Group 2: Challenges Faced by Entrepreneurs - Entrepreneurs are encountering unique challenges, such as team management, conducting research without a complete system, balancing entrepreneurial efficiency with corporate management structures, and uniting partners with diverse backgrounds [3][4] - The program aims to address these challenges by focusing on the foundational skills of entrepreneurship, emphasizing strategic management and problem-solving in real-world scenarios [4] Group 3: Program Development and Future Directions - The training program is evolving based on insights gained from interviews with applicants, which inform course design and content [4][5] - The program will also provide support to non-selected applicants through resource connections and thematic salons, ensuring broader empowerment within the new materials entrepreneurship community [4]

Core Viewpoint - The article highlights the collaboration between Beijing University of Chemical Technology alumni and the company Emi Sanjiang in promoting innovation and entrepreneurship within the new materials industry. Group 1: Company Development and Achievements - Emi Sanjiang has incubated multiple projects involving alumni from Beijing University of Chemical Technology, showcasing the active contributions of alumni in innovation and entrepreneurship [3]. - The company has successfully held six sessions of the "Emi Training Camp," attracting nearly 200 new materials enterprises, including notable alumni entrepreneurs [3]. - The training camp displayed the development achievements and unique exhibits of participating companies, reflecting the innovative vitality of alumni enterprises [3]. Group 2: Alumni Engagement and Support - Zhang Rui, a teacher from Beijing University of Chemical Technology, praised the achievements of alumni enterprises and recognized Emi Sanjiang's accomplishments in industry incubation and talent cultivation [5]. - The alumni association aims to strengthen the connection between alumni and the university, facilitating deeper cooperation between alumni enterprises like Emi Sanjiang and the school to support the development of the new materials industry [5]. - The association will continue to act as a bridge to promote collaboration and provide more resources and support for alumni innovation and entrepreneurship [5].

Core Viewpoint - Mig Laboratory aims to break through semiconductor testing technology barriers and promote the localization process, establishing a new paradigm for scientific research and testing services through strategic financing of nearly 100 million yuan [3][4]. Group 1: Company Overview - Mig Laboratory, founded in 2016, focuses on high-end testing services in semiconductor, new materials, integrated circuits, and aerospace fields, with a mission to revitalize Chinese science and technology by activating global research resources [6]. - The company has built a three-in-one service network consisting of centralized shared laboratories, distributed shared laboratories, and an open cloud platform, covering key industrial areas such as Beijing-Tianjin-Hebei, Yangtze River Delta, Guangdong-Hong Kong-Macao Greater Bay Area, and Western Science City [6]. - It has integrated resources from over 550 universities and research institutes, serving more than 2,000 high-tech enterprises, including leading domestic companies [6]. Group 2: Recent Developments - The recent financing round was led by several investment funds, including Baoding Guanggu Industrial Development Fund and Chengdu Wutong Zhongge Equity Investment Fund, aimed at enhancing core technical capabilities and improving the national laboratory network layout [4][5]. - The funds will also be used to deepen the international SEMI certification system and promote the localization of semiconductor testing equipment [5]. Group 3: Technological Strength - Mig Laboratory holds 16 industry qualifications, including SEMI international certification and CNAS laboratory accreditation, with a core technical team led by Academician Wang Zhangguo from the Chinese Academy of Sciences [8]. - The company has validated its ten product lines, including electron microscopy testing and failure analysis, through leading enterprises, achieving a leading market share in the domestic market, especially in the SEMI certification field, serving over 150 leading semiconductor equipment manufacturers [8]. Group 4: Investment and Future Plans - The recent financing reflects capital recognition of Mig Laboratory's technical strength and commercialization capabilities, with investors highlighting the company's unique position in testing standard formulation and equipment sharing models [10]. - The company aims to deepen the ecosystem of "instrument sharing + testing services + achievement transformation," with aspirations to become the first publicly listed new materials and semiconductor research testing service institution in China [11].

Core Viewpoint - The event "Intelligent New Materials Leading the Future" focused on the integration of artificial intelligence (AI) in the development and application of new materials, highlighting the importance of this intersection for industry advancement and collaboration among experts and enterprises [1][17]. Group 1: Event Overview - The event was co-hosted by multiple institutions including Beijing University of Chemical Technology Alumni Association and Fudan Technology Park Development Research Institute, attracting nearly a hundred industry elites [2]. - Key leaders and guests included representatives from various universities and companies, emphasizing the strong lineup and collaborative spirit of the event [2]. Group 2: Opening Remarks - Opening speeches highlighted the critical role of the new materials industry in global technological competition and economic development, addressing challenges in traditional R&D models and opportunities presented by AI [4]. - The introduction of the investment environment in Suqian High-tech Zone showcased local policies and support for the new materials industry, providing insights for collaboration and project implementation [4]. Group 3: Keynote Presentations - Experts shared cutting-edge research and industry insights, including applications of deep learning in predicting molecular properties and catalytic reactions, demonstrating AI's potential in foundational materials research [6]. - The concept of "AI + Dark Room Laboratory" was introduced, showcasing its advantages in enhancing R&D efficiency and the future trend of intelligent development in new materials [8]. - Machine learning methods for studying complex systems were discussed, providing theoretical support for new materials development and industrial catalysis optimization [10]. - The transformative impact of AI on the chemical industry was analyzed, focusing on its role in accelerating R&D, optimizing production processes, and reducing costs [12]. - Research on AI and big data platforms in energy materials design was presented, covering applications in various battery technologies and the establishment of relevant databases [14]. - The application of AI in simulating and designing key materials for lithium batteries was discussed, highlighting the importance of lithium-ion batteries and current R&D challenges [16]. Group 4: Roundtable Forum - A roundtable forum featured discussions on the opportunities and challenges in the new materials industry under the AI wave, emphasizing the need for collaboration between academia and industry to overcome technological bottlenecks [16]. - Participants shared insights on the value of AI in practical applications and investment perspectives, aiming to accelerate the industrialization process of new materials [16]. Group 5: Conclusion - The event successfully facilitated communication and collaboration in the new materials field, promoting the integration of AI technologies in R&D and production, contributing to the intelligent development of the new materials industry [17].

Core Viewpoint - The article discusses the establishment of the New Materials Big Data Center, which aims to support national strategies by focusing on resource aggregation, orderly circulation, and secure sharing of data to promote original innovation in new materials and facilitate the development of new materials technology and industry [2]. Group 1: Overview of the New Materials Big Data Center - The New Materials Big Data Center is positioned as a new type of R&D infrastructure to promote innovation in new materials technology and industry, with a focus on public welfare, authority, internationalization, and sustainability [2]. - The center adopts a "1+N" architecture system, consisting of one main platform and multiple data resource nodes, to facilitate the integration and application of material data across technology and industry [2]. Group 2: Portal Development and Features - The unified service portal (test version) for the New Materials Big Data Center is set to launch on May 6, 2025, and will solicit feedback from the public to enhance service quality [2][4]. - The portal includes functionalities such as material data retrieval, data products, R&D applications, supply-demand services, and ecological development [3]. Group 3: Data Retrieval and Services - Users can perform full-text searches using keywords or filter by material category and data source, with some data on metallic materials available for testing during the feedback period [6][7]. - The data products module offers 16 types of specialized data samples and 8 data tool software for testing, with plans for further updates and product offerings [9]. - The demand service section provides users with services such as demand collection, supply-demand matching, and case studies, with future enhancements planned for data sharing and interaction [11]. Group 4: Collaboration and Feedback - The portal will facilitate various academic and industry collaboration activities, including conferences, journals, international exchanges, and talent training, to build a thriving new materials big data ecosystem [13]. - The center will collect feedback on the portal's architecture, design, functionality, and content for three months after the test version launch to improve service quality [14].

| 【即演】 材令员元 Al助力新材料研发破局与应用赋能专题沙龙 2025 Saturday 05—10 ·周六 上海 · 北化新材料校友会虹桥校友之家 活动组织 AO 主办方: 北京化工大学新材料校友会 南京大学新材料行业校友会 复旦科技园发展研究院 宿迁高新区管委会 张家港宿豫工业园区管委会 协办方: 北京戴纳实验科技股份有限公司 埃米三江新材料产业创新中心 上海臻禧实业有限公司 活动日程AGENDA 15:55-16:15 茶歇&拍照合影 12:30-13:00 签到 嘉宾签到 13:00-13:05 开场致辞 主办方致辞 13:00-13:15 宿迁高新区推介 13:15-13:40 主题:深度学习在材料分子结构和催化性质预测中的应用 马晶 南京大学 13:40-14:05 主题:Al+黑灯实验室如何赋能新材料研发 迟海鹏 北京戴纳实验科技股份有限公司 14:05-14:30 主题：机器学习加速的复杂体系微观机制研究 杨满意 南京大学 14:30-14:55 主题：Al 对化工行业的影响 陈屹 国金证券 14:55-15:20 主题：Al 与大数据平台在能源材料设计中的探索与应用 汪莹 复旦大学 15 ...

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以下文章来源于化育新材 ，作者胡广君 化育新材 . 本公众号是北化新材料校友会打造的新材料产业界高水平专业化沟通交流开放共享的公益性平台，旨在 服务校友、校友之友、校友企业和新材料产业。 "化育新材"：1）校训"宏德博学，化育天工"的外延； 2）变化孕育新材料；3）化学带来变化，有变化有创新。 AI引领的第四次工业革命下化工/材料企业面临的机遇与挑战 作者：盛虹先进材料研究院 胡广君 摘要： AI驱动的第四次工业革命为化工/材料行业带来双重机遇与挑战。2024年诺贝尔奖肯定AI技术突破，推动其 进入L2-L3级阶段（智慧推理至行动执行）。AI具身化（机器人、AR设备等）催生百亿级新材料需求，如轻量化 复合材料和柔性传感器，革新"4D任务"（危险、枯燥、脏污、简易）场景。AI还重塑生产优化、设备预测维护等 七大领域，助力降本增效。但技术瓶颈、数据孤岛和高成本仍待解决。中国凭借丰富场景优势，有望在垂直领域 领先。企业需布局试点、数据安全及AI材料研发，构建生态，从"应用者"迈向"引领者"。 一、以人工智能（Artificial Intelligence, AI）为核心驱动力的第四次工业革命正在发生 2024年诺贝 ...