Group 1: Q Series Humanoid Robots - The Q series humanoid robots, developed by the Chinese Academy of Sciences, showcased their advanced capabilities, particularly the Q5 model, which demonstrates precise flexible cable connection abilities with an assembly accuracy of 0.1 millimeters [2] - The Q series robots are designed to meet significant national needs in aerospace and manufacturing, having achieved breakthroughs in core technologies such as high-explosive integrated joints and AI-enabled design [2] - The sixth generation of the Q series humanoid robots is expected to be released soon, focusing on lightweight mechanical arms capable of carrying heavy loads for industrial and agricultural applications [4] Group 2: Special Robots - Special robots, which are distinct from industrial and service robots, can perform tasks in environments inaccessible to humans, showcasing their dexterity through data collection gloves that mimic human hand movements [5] - The core technology of these special robots lies in their hand capabilities, utilizing tendon-driven and rigid drive systems to achieve a balance of versatility and compliance [5][7] - The application of special robots is expanding due to their highly flexible mechanical arms and precise control systems, enabling them to undertake complex tasks in extreme conditions, supporting rescue and exploration efforts [7] Group 3: Trends and Applications in Robotics - The 2025 World Robot Conference highlighted two major trends: embodied intelligent robots and humanoid robots, with reports outlining ten development trends and potential application scenarios for each category [8] - Embodied intelligent robots are characterized by their integrated perception, decision-making, and execution capabilities, enhancing their adaptability in complex environments and intelligent services [8] - The potential application scenarios for humanoid robots include various industries such as general industrial operations, automotive manufacturing, 3C manufacturing, shipbuilding, petrochemicals, power production, emergency services, commercial services, home services, and agricultural production [12]

Group 1: Automation Research Institute - The event showcased various robots, including the Q series humanoid robots, highlighting advancements in artificial intelligence and robotics [1][3] - The exhibition featured 18 research achievements in areas such as smart healthcare and robotics, including brain-machine interface technologies and surgical navigation systems [3][4] - Interactive experiences allowed the public to engage with cutting-edge technologies, such as intelligent ultrasound robots and AI art [3][4] Group 2: Aerospace Information Innovation Research Institute - The theme for this year's public science day was "Chasing Dreams in Aerospace, Smartly Starting a New Journey," focusing on the integration of aerospace technology and artificial intelligence [5][7] - The event included a technology exhibition showcasing advanced technologies like the "Extreme Eye" floating airship and remote sensing aircraft models [5][7] - Public engagement activities featured hands-on experiences with various aerospace technologies, including intelligent weather radar and health monitoring devices [7][8] Group 3: Acoustics Research Institute - The theme for the Acoustics Research Institute's public science day was "The Sound of Science Inspires the Future," featuring a variety of interactive and educational activities [8][9] - The event included demonstrations of advanced acoustic devices and experiments, allowing the public to experience the principles of acoustics firsthand [9][11] - The institute organized multiple lectures on popular science topics related to acoustics, along with a sci-fi film screening to engage the audience [9][11]

来源：中国新闻网 中新网北京5月24日电 (记者 陈杭)24日，2025年北京科技周暨中国科学院自动化研究所"自动化之光"公 众科学日在中国科学院自动化研究所正式开启。活动现场，北京市科委、中关村管委会为以中国科学院 自动化研究所为依托单位的5家人工智能领域的北京市重点实验室授牌。 中国科学院学部工作局三级职员(正局级)周德进表示，恰逢中国科学院学部成立70周年，此次将科技周 启动仪式与自动化研究所公众科学日相结合，体现了中国科学院与北京市在科技领域的紧密协作，开创 了科技传播新模式。 中国科学院自动化研究所党委书记袁东表示，"自动化之光"公众科学日已成功举办21届，是研究所与公 众沟通的重要科普品牌活动。今年，借助北京科技周的契机，科学日活动将通过更加多元的形式让公众 领略智能科技魅力。 活动现场，展览展示区通过科学展示、互动展演、科学体验、科普讲座等四大版块，向公众集中呈现了 人工智能技术在智慧医疗、机器人等方向的18项科研成果。其中，科学展示区集中呈现了Q系列人形机 器人等创新成果，互动展演与科学体验区通过实物模型、视频演示及互动装置，系统展示了人工智能的 广阔应用场景。(完) 图为2025年北京科技周 ...

Group 1 - The 2025 Beijing Science and Technology Week and the "Automation Light" Public Science Day at the Chinese Academy of Sciences showcased innovative achievements in various fields including artificial intelligence, gene therapy, brain-machine interfaces, and hydrogen energy [1][2] - The theme of this year's Science and Technology Week is "Determined to Innovate and Build a Strong Science and Technology Nation," emphasizing the collaboration between the Chinese Academy of Sciences and Beijing to promote high-end scientific resources [2][3] - The "Automation Light" Public Science Day has successfully held 21 sessions, inspiring many young people to explore science [2] Group 2 - The event featured 18 research achievements in artificial intelligence applications across various sectors, including smart healthcare and robotics [3][5] - The Q series humanoid robots and Casia Hand dexterous hand were highlighted, showcasing their capabilities in hazardous environments and service industries [3][4] - The micro-invasive brain-machine interface technology was presented, demonstrating its potential in medical rehabilitation and neural control, with ongoing animal experiments [4][5] Group 3 - Interactive exhibitions allowed the public to experience advanced technologies, such as a desktop carotid ultrasound robot system that aids in standardized screening [5] - Attendees engaged with various interactive projects, including AI art and thought rehabilitation technologies, enhancing public understanding of cutting-edge innovations [5]

Core Viewpoint - The government work report emphasizes the establishment of a growth mechanism for future industries, highlighting "embodied intelligence" for the first time, signaling positive policy support for advancing AI technology and industry development in China [1][3]. Group 1: Industry Development - The concept of "embodied intelligence" extends AI capabilities beyond digital realms into real-world applications, enhancing robotics, autonomous driving, and human-machine interaction [1][3]. - The "Tiangong" humanoid robot, developed by the national-local co-built innovation center, showcases advanced capabilities such as climbing 134 steps and running at speeds of up to 12 km/h, indicating significant progress in embodied intelligence [3]. - The Chinese Academy of Sciences has developed the Q series humanoid robots, establishing a "general humanoid robot factory" that integrates intelligent algorithms and neuroscience, creating a technological barrier [3]. Group 2: Application Scenarios - Embodied intelligence is expected to play a crucial role in various sectors, including healthcare, industrial safety, education, and smart living, with significant market potential [3][4]. - Family services are identified as a key application area for embodied intelligence robots, necessitating the development of large models tailored for home service scenarios [4]. - The Ministry of Industry and Information Technology plans to implement innovation tasks by 2025, focusing on future industries, including embodied intelligence [4]. Group 3: Technological Foundations - China possesses a comprehensive robot supply chain, with rapid advancements in domestic capabilities for motors, sensors, and AI chips, providing a solid foundation for the development of embodied intelligence [5]. - The rise of large language models like DeepSeek reflects China's technological strength in AI algorithms, computing power, and data [5]. Group 4: Challenges and Recommendations - Many embodied intelligence products are still in the demonstration and concept validation stages, indicating a gap before practical applications can be realized [6]. - A common issue in advancing embodied intelligence is the lack of universal platforms; recommendations include encouraging the establishment of such platforms to foster innovation and reduce redundancy [6]. - Collaboration between universities, research institutions, and enterprises is essential to overcome challenges in key technology areas, enhancing the adaptability and stability of robots in complex environments [6].