转自：成都日报锦观 大会选举罗先刚为新一届市科协主席，杨永为常务副主席，陈钢、张耘、冯琳、曲建升、乔文昇、刘 颖、许强、张小松、陈蕾、周莹、姜文盛、高仕斌、曹臻、彭成为副主席，为市科协名誉主席颁发证 书，并发布《致全市科技工作者倡议书》。 成都市科学技术协会第十次代表大会闭幕 陈彦夫代表市委向新当选的市科协第十届领导班子表示祝贺，向与会代表和全市科技工作者致以问候。 他强调，全市科协组织要深入学习贯彻习近平总书记关于科技创新的重要论述和对四川工作系列重要指 示精神，坚决落实中央和省委、市委全会精神，牢牢把握科协发展政治方向，旗帜鲜明讲政治，持之以 恒促攻坚，全心全意强服务，进一步保持和增强政治性、先进性、群众性。要坚定不移围绕中心服务大 局，聚焦"创新第一动力""人才第一资源""全民科学素质提升"，深入推进科技创新和成果转化，在成都 高质量发展全局中主动强担当、善作为、作贡献。要全面加强科协自身建设，加强党的全面领导，注重 干部人才队伍建设，鲜明树立从严治会导向，切实履行好新时代赋予的神圣使命，为加快高水平科技自 立自强、奋力谱写中国式现代化成都新篇章作出更大贡献。 陈彦夫出席并讲话 本报讯 （成都日报锦观新 ...

Group 1 - The core viewpoint of the articles emphasizes the significant role of the Guangdong-Hong Kong-Macao Greater Bay Area in technological innovation, showcasing both the quantity and quality of patents as indicators of economic strength and innovation capability [1][2][4] - By the end of 2025, the effective number of invention patents in the Yangtze River Delta, Beijing-Tianjin-Hebei, and Guangdong Province is projected to reach 173.4 million, 91.6 million, and 89.9 million respectively, accounting for approximately two-thirds of the national total [1] - The Greater Bay Area has achieved notable success in patent quality, with Shenzhen winning 81 awards at the 25th China Patent Awards, representing 10.5% of the national total, including 9 gold awards [2] Group 2 - High R&D investment correlates with increased market competitiveness, as demonstrated by leading tech companies in Shenzhen, such as Huawei, Tencent, and BYD, which are maintaining substantial R&D expenditures [3] - The recognition of private enterprises in technological innovation is growing, with three experts from private companies being elected as academicians of the Chinese Academy of Engineering, indicating a shift towards greater contributions from the private sector [3] - The "14th Five-Year Plan" highlights the goal of significantly enhancing the level of technological self-reliance and strength, positioning the Greater Bay Area as a crucial innovation cluster in China's technological advancement [4]

Core Viewpoint - The Chinese Ambassador to the African Union, Jiang Yong, praised Huawei's value concept of "self-reliance and self-improvement" and emphasized the importance of technological modernization for China's development goals [1] Group 1: Government Support and Collaboration - The ambassador highlighted that the "14th Five-Year Plan" aims to significantly enhance the level of technological self-reliance as a key objective for economic and social development [1] - The embassy expressed willingness to strengthen communication and cooperation with enterprises, fully supporting Huawei's development in Africa [1] Group 2: Huawei's Commitment and Strategy - Huawei Ethiopia's General Manager, Liu Jifan, reported on the company's global and local business development, affirming the commitment to maintain a spirit of hard work and confidence amid challenging international circumstances [1] - The company aims to contribute more significantly to achieving high-level technological self-reliance under the guidance of the embassy [1]

Core Viewpoint - The article highlights the launch of the semiconductor core components and systems project by Shanghai Yuanchuang Kexin Semiconductor Technology Co., Ltd., a subsidiary of XianDao Technology Group, marking a significant step in the company's strategy to support China's integrated circuit industry and enhance vertical integration and platform development [1][5]. Group 1: Project Overview - The project, with a total investment of 5 billion yuan and covering approximately 108 acres, officially commenced on January 22, 2026, in the China (Shanghai) Pilot Free Trade Zone Lingang New Area [1]. - The project aims to build a self-controlled supply chain for core semiconductor equipment components, addressing the challenge of overseas technology monopolies [7][10]. Group 2: Strategic Importance - This project is a key extension of the company's platform strategy, leveraging 30 years of technical accumulation in rare metal materials and creating an integrated platform from material research and development to component production and technical services [5][10]. - The project will focus on developing critical semiconductor equipment components, including mass flow controllers, precursor delivery systems, and advanced ceramic solutions, thereby enhancing the domestic semiconductor equipment manufacturing capabilities [7][10]. Group 3: Industry Impact - The project is expected to directly serve leading domestic wafer manufacturers and equipment companies, contributing to the overall domestic production rate of semiconductor equipment and addressing the "bottleneck" issues in the industry [10]. - The initiative aligns with national strategies for technological self-reliance and aims to inject new momentum into the high-quality development of the semiconductor industry in Shanghai and beyond [10].

Group 1 - The core achievements in technology, such as the installation of the world's first 20 MW offshore wind turbine and the successful high-altitude flight of a domestic drone, signify China's transition from technology follower to a leader in certain areas [1][3] - The autonomous control of core technologies is crucial for maintaining competitiveness on the international stage, addressing previous dependencies in high-end materials and components [1][3] - China's innovation model has evolved from isolated breakthroughs to a more integrated approach that combines core technologies, supporting industries, and application scenarios, enhancing China's influence in global technology competition [1][3] Group 2 - Technological innovations are aimed at benefiting the general public, with the offshore wind turbine expected to reduce carbon emissions by 64,000 tons annually, contributing to clean energy and carbon neutrality goals [2] - The establishment of high-altitude drone logistics routes facilitates rapid delivery of medical supplies and fresh products to remote areas, thereby reducing urban-rural development gaps [2] - New technologies that convert industrial waste gases into ethanol and protein feed not only address pollution issues but also create new pathways for food supply, exemplifying the practical benefits of technological advancements [2] Group 3 - The optimization of China's innovation ecosystem is essential for fostering continuous momentum in technological advancements, requiring collaboration among various stakeholders [3] - Policies are directing innovation resources towards key areas, with deep integration of industry, academia, and research accelerating the transformation of knowledge into practical applications [3] - Strengthened intellectual property protection encourages innovators to invest in research and development, contributing to a robust and multi-layered innovation ecosystem [3]

成都市科学技术协会第十次代表大会开幕 转自：成都日报锦观 牢记使命责任 勇攀科技高峰 齐心协力打造全国重要的科技创新中心 曹立军毛大付讲话 陈彦夫出席 曹立军在讲话中充分肯定过去五年全市广大科技工作者和各级科协组织为推动成都高质量发展和现代化 建设作出的重要贡献，代表市委、市政府向大会的召开表示祝贺，向与会各位代表及全市广大科技工作 者致以诚挚问候。他强调，党的十八大以来，以习近平同志为核心的党中央高度重视科技创新，深入实 施创新驱动发展战略，加快推进科技强国建设，我国科技事业取得历史性成就。党的二十届四中全会 对"加快高水平科技自立自强，引领发展新质生产力"作出战略部署。省委十二届八次全会锚定打造西部 地区创新高地重要目标，系统部署强化科技创新引领新质生产力发展等重点任务。这些重大部署要求， 为我们做好科技创新工作指明了前进方向。全市各级科协组织要始终牢记习近平总书记殷切嘱托，全面 落实党中央和省委部署要求，团结凝聚全市广大科技工作者勇担使命、勇毅前行，不断发展新质生产 力、培育新动能新优势，更好以科技创新引领和支撑成都现代化建设。 曹立军强调，要强化大局意识，聚焦"国之大者"、坚持"四个面向"，着眼发展所 ...

回望2025年，上海留学生企业协会始终坚守"为海归筑家、为科创赋能"的初心，把"侨"的优势转化为发 展的优势，把"家"的温暖凝聚成奋进的力量，在思想引领中筑牢根基，在服务赋能中彰显担当，在品牌 建设中扩大影响，让"留企荟"逐步成为上海侨界极具活力的品牌之一，也让海归群体的创新活力充分涌 流在城市发展的沃土上。 上海市侨联主席齐全胜在致辞中表示，希望上海留学生企业协会及会员企业胸怀大局、拥抱机遇，积极 投身"十五五"规划开局之年的发展，做强国复兴伟业的追梦者，将个人奋斗融入时代发展洪流；聚焦培 育新质生产力，吸引汇聚人才，激发高质量发展动能；坚持党建引领，规范办会，全力服务会员，建设 海归企业之家。 上海市民政局社团处副处长于乐锋表示，过去一年，上海留学生企业协会在上海市侨联指导下，注重抓 党建、强治理、做服务、铸品牌，努力把协会建设成留学生企业之家、党和政府联系留学生之桥，团 结、凝聚和服务留学生企业发展的阵地。他对协会发展提出三点建议：加强党建引领，保障协会发展的 正确方向；坚持规范发展，提升办会的科学化、民主化水平；注重服务立会，引领会员更好地服务经济 社会发展。 闻振翩作报告时介绍，2025年，上海留学 ...

Core Insights - The 2026 Industrial Technology Innovation Summit held by Industrial Fulian focused on the deep integration of artificial intelligence (AI) and intelligent manufacturing, discussing opportunities and challenges for industrial upgrades [1][21] - The summit gathered over thirty heavyweight speakers from AI and intelligent manufacturing, with nearly five hundred attendees from industry, academia, and investment sectors [2][21] Group 1: Key Themes and Discussions - Chairman Zheng Hongmeng emphasized that as AI model sizes increase, training power consumption doubles annually, leading to higher energy and heat dissipation challenges, indicating a comprehensive upgrade of the entire industrial chain [2][21] - Zheng noted that future competition in AI and intelligent manufacturing will shift from individual company technology superiority to the ability to integrate systems effectively [2][21] - The CTO of Industrial Fulian, Zhou Taiyu, highlighted the transition of AI infrastructure from a "single-point computing" model to a "system engineering" approach, creating a closed-loop system of computing power, algorithms, and applications [3][22] Group 2: Technological Foundations - Academician Mao Junfa pointed out that integrated circuits are the foundational technology for scientific instruments, while AI is the driving force behind scientific discovery and technological advancement [4][23] - The future of AI is expected to require interdisciplinary integration, including physics, life sciences, and philosophy, as the industry faces challenges related to Moore's Law [4][23] Group 3: Industry Collaboration and Development - A roundtable discussion on global AI infrastructure emphasized that building AI infrastructure requires deep collaboration across the entire industry chain, representing a significant opportunity for value reconstruction [5][24] - Tencent Cloud's VP Wang Qi stated that intelligent agents are crucial for bridging the gap in enterprise AI application implementation, relying on scenario-driven, data collaboration, and ecosystem co-construction [6][25] Group 4: Practical Applications and Innovations - Chen Zhaopeng, CEO of Sensing Robotics, discussed the application of embodied intelligence in industrial scenarios, emphasizing the need for widespread deployment of robots to create a positive feedback loop of application, data, and training [7][26] - The roundtable on AI applications and productivity innovation highlighted that AI's value is extending from the digital world to the physical world, marking a deep transformation in manufacturing [8][26] Group 5: Future Trends and Challenges - The "AI Smart Computing Center" session focused on innovations in large-scale computing cluster architectures and solutions for power and heat dissipation [11][28] - The "AI Smart Factory" session analyzed capital expenditure trends in the AI industry chain and the evolution of humanoid robots from hardware modularization to software autonomy [15][32] - Discussions on the transformation from Industry 4.0 to 5.0 addressed the challenges and opportunities of human-machine collaboration, aiming for a win-win path of efficiency and sustainability [17][34]

（文章来源：每日经济新闻） 创业板人工智能ETF国泰（159388）跟踪的是创业板人工智能指数（970070），单日涨跌幅限制达 20%，该指数从创业板市场中选取涉及人工智能技术及相关应用领域的上市公司证券作为指数样本，涵 盖机器学习、智能硬件、大数据处理等行业，以反映创业板中人工智能相关上市公司证券的整体表现， 具有较高的成长性和创新性特征。 有券商指出，2026年行业配置视角要更加"以我为主"，通过科技自立自强巩固国家安全。从AI产业趋势 角度，看好国产算力及制造产业链，关注AI电力建设、AI眼镜新品、人形机器人和ToB端AI应用。同 时，需重视"十五五"规划相关的具身智能、6G等领域。分析师认为，一方面需突破产业围堵和技术封 锁，通过技术攻关、科技创新在AI革命中掌握主动权，提升产业链安全水平、实现核心环节自主可 控。 ...

Core Insights - In 2025, China's fundamental research is entering a breakthrough phase characterized by significant original achievements and increased funding, with basic research funding reaching a historical high of 7.08% of total R&D expenditure [1][7]. Group 1: Breakthroughs in Fundamental Research - China has made notable advancements in various fields, including the first successful thorium-uranium nuclear fuel conversion, solidifying its leadership in molten salt reactor research [2]. - The country continues to lead globally in high-quality scientific output, with multiple achievements setting international records and filling gaps in various fields [2]. - In space science, significant discoveries regarding the moon's evolution have been made, marking China's progress from isolated breakthroughs to systematic enhancements in research capabilities [3]. Group 2: Support from Major Scientific Facilities - The number of major scientific facilities in China exceeds 70, positioning the country among the world's leaders in both quantity and technology [5]. - Facilities like the Jiangmen Neutrino Experiment and the LHAASO cosmic ray observatory have produced groundbreaking results, enhancing the precision of neutrino oscillation measurements and solving long-standing cosmic mysteries [5]. - Major scientific infrastructures are recognized as crucial platforms for advancing fundamental research and driving innovation in particle physics and other fields [5]. Group 3: Strengthening the Research System - The Chinese government has prioritized enhancing fundamental research and original innovation capabilities as part of its economic and social development goals [6]. - Continuous improvements in the research system, a growing pool of young scientific talent, and stable funding are identified as key factors driving original innovation [6]. - The revised National Natural Science Foundation regulations aim to encourage original research and support the cultivation of young scientific talent [6]. Group 4: Investment in Research and Development - In 2025, total R&D expenditure in China reached 39,262 billion yuan, maintaining the second position globally, with basic research funding increasing from 6.91% to 7.08% of total R&D expenditure [7]. - Local governments are implementing policies to enhance basic research funding, incentivizing enterprises to increase their investment in fundamental research [7]. - The continuous optimization of the research system, increased funding, and the establishment of high-level support platforms are propelling China's fundamental research into a rapid development phase [7].