Core Viewpoint - The integration of robotics, art, and technology is explored as a means to create new realms of innovation and expression, emphasizing the need for collaboration between artists and scientists to push boundaries and enhance human experience [1][3]. Group 1: Conference Overview - The conference on the fusion of robotics, art, and technology was held on August 12, 2025, co-hosted by Beijing Jiaotong University and the Central Academy of Fine Arts, featuring prominent figures from various fields [1]. - The event consisted of four chapters, each beginning with a thematic report, followed by demonstrations of robotic art and guest interviews [3]. Group 2: Key Presentations - The first chapter featured a report by Professor Yao Yan'an on the integration of robotics and art, highlighting the challenges and potential of merging objective technology with subjective artistic expression [3]. - The second chapter, led by Professor Fei Jun, discussed interdisciplinary practices in art and technology since 2015, covering areas such as biotechnology and robotics [14]. - The third chapter, presented by Professor Wang Hao, analyzed the comparative reaction speeds of robots and humans, discussing the potential for emotional expression through robotic movements [21]. - The fourth chapter, led by Professor Dai Xiaoyong, examined the evolution of digital theaters and the transformative impact of AI on artistic creation [28]. Group 3: Art and Technology Works - The artwork "Iron Horse Dancer," created by Professor Yao and collaborators, showcased a multi-legged robot performing alongside a dancer, illustrating the harmony between strength and grace [5]. - "Black Dilemma," created by Meng Songlin, explored the ethical implications of robotic life in a confined space, questioning the future of silicon-based and carbon-based life forms [8]. - "Evolution Machine," designed by Su Yongjian, reflected on humanity's reliance on technology and whether it signifies evolution or regression [10]. - "Robot Xing Ding," a collaboration that recreated a historical bronze vessel using robotic technology, demonstrated the fusion of cultural heritage with modern robotics [16]. - "Illusion Machine," created by Liu Jiayu and Huang Enqi, integrated AI to explore sensory perception and cognitive chaos through artistic expression [18]. Group 4: Guest Insights - Various guests, including scientists and artists, emphasized the importance of innovation in both art and technology, advocating for deeper collaboration to enhance societal well-being [12][19][26]. - Discussions highlighted the potential for robots to enhance artistic expression and the need for aesthetic considerations in robotic design [19][32]. Group 5: Future Directions - The conference concluded with a call for continued exploration of the intersection between culture and technology, aiming to create a harmonious future that benefits society [30].

Group 1 - The 2025 World Humanoid Robot Games, the first comprehensive sports event centered around humanoid robots, opened in Beijing on August 14 and will last until August 17 [2] - The event features 280 teams from 16 countries, showcasing a variety of competitions including athletics, football, and martial arts [12][30] - The opening ceremony included performances by humanoid robots, such as a dance collaboration with star Liu Yuxin and a traditional cultural program featuring a robot band [4][8] Group 2 - The event aims to highlight the integration of technology and traditional culture, with performances that combine robotics with Chinese opera and martial arts [8][10] - The opening ceremony showcased a robot flag bearer and the first humanoid robot marathon champions, emphasizing the achievements in humanoid robotics [14][16] - The event's theme is "Competing for the Future with Intelligence," featuring a total of 487 matches across four categories [30][31]

工业机器人产业区域竞争梯队 中商情报网 . 汇集产业情报，发现数据价值。中商情报网（www.askci.com）是中商产业研究院旗下云分享平台，聚 集产业经济发展，为您推送专业的产业资讯和权威的产业数据。 当智能制造成为全球产业变革的核心引擎，中国工业机器人领域的"区域竞逐战"已进入深水区。 从长三角以全产业链优势领跑全国，到珠三角依托民营活力激活应用场景；从京津冀以科研资 源突破高端技术，到东北依托老工业基础深耕传统场景——当前产业格局已清晰呈现"东强西 弱、南强北弱"的梯队分布，各区域在技术攻关、资本流动、场景适配的碰撞中，正书写着中国 工业机器人产业的"区域进化论"。 以下文章来源于中商情报网 ，作者中商产业 中国工业机器人区域竞争分三大梯队：第一梯队长三角地区、珠三角地区，凭借全产业链集群、技术人才 密集、应用场景牵引及政策资本协同，领跑"产业规模与创新驱动"；第二梯队京津冀地区、中西部地区， 依托科研资源、政策支持形成"追赶型"；第三梯队东北地区，借历史产业基础与政策倾斜，在传统场景适 配中"蓄力转型"。 资料来源：中商产业研究院整理 工业机器人区域竞争力对比 中国工业机器人产业区域竞争力呈现显著差 ...

在国际合作方面。 得到 28 家国际机构支持，邀请 32 位国际顶尖专家分享全球机器人创新前沿和应用热点，吸 引 527 位国外嘉宾参会、 1731 位外籍人士观展、 160 位国际选手参赛。 东盟智慧产业联盟、尼泊尔机器人协 会、喀麦隆机器人协会等机构发布机器人应用场景需求，新加坡企发局发布 29 项采购和合作需求 。 在社会关注方面。 827 家国内外媒体到会报道，全网发文总量超 14 万条。现场参会人数达到 27.1 万人次，观 看会展赛直播人数高达 5200 万人次，较上届增长 62% ，短视频平台话题播放量 4.5 亿次，业已成为全球机器 人领域极具影响力的盛会。 世界机器人大会已 成功 举办 1 0 届， 是 我国机器人产业实现 " 从小到大 "" 从大到强 " 历史性跨越的推动者、 参与者和见证者。 未来，大会将一如既往地恪守开放包容、互利共赢的核心理念，携手各方 为推动全球机器人产 业繁荣、 开创机器人产业高质量发展的崭新篇章 贡献智慧力量 。 8 月 12 日， 2025 世界机器人大会在北京圆满落幕，全国政协常委、致公党中央副主席、全国妇联副主席、工业 和信息化部原副部长、中国电子学会理事 ...

Core Viewpoint - The 2025 World Humanoid Robot Games is the first comprehensive sports event featuring humanoid robots as the main participants, showcasing advancements in robotics and AI technology [2][50]. Group 1: Event Overview - The event will take place from August 15 to 17, 2025, at the National Speed Skating Hall, featuring a total of 26 competition events and 487 matches [9][51]. - A record-breaking 280 teams from 16 countries across five continents will participate, including 192 university teams and 88 corporate teams [6][52]. Group 2: Participants - The event will feature over 500 humanoid robots from 127 brands, with significant representation from top universities such as Tsinghua University and Peking University, as well as leading companies in the humanoid robot sector [5][53]. - International teams will include participants from countries such as the USA, Germany, Australia, Brazil, and Japan [7][52]. Group 3: Competition Structure - The main competitions will consist of three categories: competitive events, performance events, and scenario-based events, totaling 18 events [10][51]. - Competitive events will include traditional sports like running, high jump, long jump, gymnastics, and soccer matches [11][51]. Group 4: Schedule Highlights - Each day will feature two competition sessions lasting approximately 3 hours each, with multiple award ceremonies to enhance audience engagement [14][51]. - Notable events include the 1500m race, soccer matches, and various performance showcases such as dance and martial arts [39][40]. Group 5: Audience Engagement - The event will offer family ticket packages at discounted rates to encourage attendance and interaction with cutting-edge technology [43][46]. - Tickets can be purchased through various platforms, with prices ranging from 128 to 580 yuan depending on the event [45][46].

Core Viewpoint - The article highlights the significant advancements made by Beifeng Technology in the high-performance motor sector, emphasizing the urgent need for domestic alternatives to imported components in high-end applications due to high monopoly barriers in the industry [6][8][19]. Industry Challenges - The micro high-performance motor sector, crucial for high-end equipment manufacturing, is dominated by European companies, leading to a reliance on imports in China. This situation necessitates the development of self-sufficient core components for industrial safety and high-quality growth [8]. Technological Breakthroughs - Beifeng Technology has achieved substantial advancements in the field of brushless DC motors, showcasing its proprietary technologies that enhance performance and efficiency. The company has developed a complete motor family covering diameters from 10mm to 22mm, with significant torque and power density advantages [11][15][19]. Performance and Reliability - The company’s innovations include a 3D shock-absorbing bearing design and a micro-rotor balancing machine, which contribute to high reliability, low noise, and low vibration, making their motors suitable for demanding applications in medical and aerospace fields [13][19]. Competitive Advantage - Beifeng Technology offers a compelling alternative to imported products by providing comparable performance, optimized costs, and efficient service, thereby addressing the "bottleneck" issues in high-end motor supply [15][18]. Intellectual Property and Independence - The company has established a comprehensive independent intellectual property system, covering the entire chain from motors to gearboxes and drivers, thus eliminating dependence on foreign technologies and alleviating supply chain anxieties for domestic enterprises [18][19]. Future Outlook - The advancements made by Beifeng Technology not only meet current market demands but also provide new possibilities for industry innovation, marking a transition from reliance on foreign technology to self-driven innovation in high-end motor technology [19].

Core Viewpoint - The research conducted by the Harbin Engineering University team presents a novel deep-sea soft robot that operates autonomously, showcasing significant advancements in underwater robotics technology [3][5][17]. Group 1: Research and Development - The research was a collaborative effort involving Harbin Engineering University, Zhejiang University, and the China Ship Scientific Research Center, and it has been validated in various deep-sea environments, including depths of 1369 meters and 4070 meters [5][15]. - The robot measures approximately 32 cm in length and 18 cm in wingspan, weighing only 670 grams, and is designed to withstand extreme underwater pressure without a rigid shell [7][11]. Group 2: Technical Innovations - The robot utilizes an electrohydraulic drive mechanism inspired by the "electrohydrodynamics" phenomenon, allowing for precise control of its flexible components through the directional flow of dielectric fluid [11][13]. - A unique "electrohydraulic, plasticized medium integration" strategy was developed to maintain the flexibility of the polymer shell while ensuring efficient actuation, utilizing surrounding seawater as an alternating electrode to enhance performance [13][15]. Group 3: Functional Capabilities - The robot is equipped with a miniaturized energy control system that enables coordinated movement, allowing it to perform various maneuvers such as straight-line motion and turns in response to electrical signals [13][15]. - It features a micro deep-sea optical sensing system that provides real-time awareness of its movement and environmental targets, enhancing its capabilities for near-bottom sensing in extreme conditions [13][15]. Group 4: Testing and Future Directions - The team conducted extensive sea trials, demonstrating the robot's ability to perform complex trajectory movements and environmental sensing tasks in challenging underwater conditions [15][20]. - Future research will focus on interdisciplinary integration of driving, sensing, and communication systems for small deep-sea soft robots, aiming to overcome challenges related to material durability and system reliability [20].

Core Viewpoint - The 2025 World Robot Conference showcased the latest technological breakthroughs, innovative application scenarios, and future development trends in the global robotics industry, emphasizing the theme "Making Robots Smarter and Bodies More Intelligent" [1][3][14]. Group 1: Conference Highlights - The conference featured high-level forums, exhibitions, competitions, and various activities, presenting a comprehensive view of the robotics industry's advancements [1]. - A total of 123 new products were launched during the conference, highlighting significant breakthroughs in the robotics field [7]. - The conference included the BCI Brain-Controlled Robot Competition, where a record was set for controlling a quadruped robot, demonstrating the capabilities of brain-machine interface technology [9]. Group 2: Academic Contributions - The "Advanced Robotics and Automation International Academic Conference" received 87 papers from 10 countries, with awards for the best student and conference papers [5]. - The awarded best student paper focused on deep learning applications in medical procedures, while the best conference paper dealt with muscle activation detection [5]. Group 3: Industry Collaboration and Future Directions - The conference aimed to foster international cooperation and collaboration among various sectors, including technology and industry, to promote sustainable development in the robotics industry [3][14]. - The event facilitated a platform for innovative projects, resulting in multiple cooperation intentions for the commercialization of cutting-edge technologies [9].

Core Viewpoint - The 2025 World Robot Conference (WRC 2025) showcased advancements in humanoid robots, particularly by UBTECH, highlighting their capabilities across various applications including industrial, commercial, research, and companionship [2][11]. Group 1: Humanoid Robot Innovations - UBTECH unveiled the Walker S2, a humanoid robot with a height of 1.76 meters, featuring 52 degrees of freedom and industrial-grade dexterity, capable of carrying loads up to 15 kilograms [3][4]. - The Walker S2 incorporates advanced AI technology, including a dual-eye stereo vision system and a unique energy management system that allows for autonomous battery swapping in just 3 minutes [4][11]. - The Cruzr S2, a full-size humanoid robot, was also launched, equipped with intelligent navigation and motion control technologies, suitable for various tasks such as sorting and guiding [5][11]. Group 2: Group Intelligence and Collaboration - UBTECH introduced groundbreaking group intelligence technology for humanoid robots, enabling multi-task operations in industrial settings through collaborative decision-making and control [6][8]. - The integration of multiple Walker S2 and Cruzr S2 robots with other mobile robots demonstrated a complete workflow from material handling to intelligent sorting, enhancing operational efficiency [8][10]. - The robots showcased advanced capabilities in dynamic balance and complex movements, such as extreme squatting and high-angle torso rotation for sorting tasks [8][10]. Group 3: Diverse Applications and Market Impact - The conference highlighted the versatility of humanoid robots in various sectors, including service, education, and entertainment, with products like the AI Wukong and the upgraded AI companion robot Meng UU [10][11]. - UBTECH's focus on creating "new quality productivity" through humanoid robots aims to improve efficiency across industries while maintaining a human touch in service applications [11].

中关村智友研究院院长王田苗表示，具身智能真正的价值在于能够学习推理然后模仿人，高效地在生产 效率和服务价值上进行匹配。"比如说在服务场景中收拾餐桌，如果人工智能并非机械化的路径进行行 走，而是要先感知，再进行推理，然后形成空间轨迹进而再操作，将大大提高服务价值。" 上海交通大学教授高峰表示，中医有一个词叫"望闻问切"，这四个字其实就是感知，具身智能就是"望 闻问切"的感知产生"神圣工巧"的智能应用。还有一个词叫"看人下菜碟"，这是贬义词，但如果机器人 能"看人下菜碟"，那智商是很高的。 在人工智能与机器人技术快速发展的今天，具身智能正从实验室走向产业化。在8月8日至12日举行的 2025世界机器人大会期间，相关话题引发专家们广泛讨论。 中国工程院院士倪光南表示，机器人智能一般来说可以分为三大部分：脑、眼、行动系统。这三部分组 在一起就变成具身智能系统，能够全面体现机器人的智慧，发挥它的作用。"我们目前的情况是在脑和 眼的方面投入不够，相对来说是一个短板，需要特别予以加强。" 不过具身智能的发展前景是毋庸置疑的，作为机器人的高阶形态和具身智能的重要载体，人形机器人在 生产制造、仓储物流、安全防护、家政服务、教育 ...