Core Points - The 2025 National Science and Technology Awards nomination process is underway, with over 1300 achievements nominated for the general category and around 200 for the specialized category [1] - The National Science and Technology Award is the highest honor in China's science and technology sector, with a maximum of two recipients each year [1] - A total of 16 scientists, including 15 academicians, are proposed for the National Science and Technology Award [2] Group 1: National Science and Technology Awards - The nomination deadline for the general projects is June 30, 2025, with over 120 units participating in the nomination process [1] - The proposed nominees for the National Science and Technology Award include notable figures from various fields, such as crop genetics, marine geology, and aerospace engineering [2] - The awards aim to recognize outstanding contributions in the field of science and technology, with a focus on innovation and research [1][2] Group 2: Nominees for the National Science and Technology Awards - The list of nominees includes prominent scientists such as Fu Tingdong from Huazhong Agricultural University and Wang Pinxian from Tongji University [2] - The nominees represent a diverse range of disciplines, including geochemistry, computer science, and agricultural science [2] - The nomination process involves various stakeholders, including national ministries, provincial governments, and academic institutions [1][2] Group 3: Summary of Achievements - A total of 115 nominating units have submitted over 1290 achievements for the three major national science and technology awards, including the Natural Science Award, the Technological Invention Award, and the Science and Technology Progress Award [3] - Among these, 17 achievements are nominated for the Special Prize for Science and Technology Progress [3] - The achievements cover a wide array of research areas, highlighting the innovative efforts within the scientific community [3]

Core Points - The 6th China Robotics Academic Annual Conference (CCRS2025) will be held from August 1 to 3, 2025, in Changsha, Hunan, focusing on the theme "Human-Machine Integration, Intelligent Future" [15][16] - The conference expects over 3,000 participants, including more than 200 experts and academicians from the robotics and artificial intelligence fields [15][16] - The event will feature keynote speeches, seminars, and discussions on various topics such as industrial robots, service robots, special robots, swarm intelligence, humanoid and bionic robots, and other hot topics [15][16] Event Overview - The conference is organized by multiple prestigious organizations, including the Chinese Mechanical Engineering Society Robotics Branch and the Chinese Automation Society Robotics Professional Committee [15][16] - The event aims to provide a high-level academic exchange platform to promote the high-quality development of China's robotics industry [15][16] Schedule Highlights - The conference will include various forums such as the Top Journal Forum, Youth Scholar Forums, and specialized discussions on intelligent robots and autonomous systems [8][11][12] - Specific sessions will be dedicated to discussions on the challenges and advancements in humanoid robots and embodied intelligence [15][16] Registration Information - Registration fees are set at 2,500 RMB for non-students and 1,500 RMB for students [46] - Participants can register online or via a QR code, with payment options including WeChat and bank transfer [46][47] Accommodation Details - Recommended hotels include Changsha Shibaoge Grand Hotel and Novotel Changsha International Convention Centre, with special rates available until July 25, 2025 [51][56] - Participants are advised to book accommodations early due to limited availability [51][56]

详细会议介绍参看往期文章： （点击蓝字跳转） 一文看懂2025智能机器人关键技术大会（IRCTC）全景！专家报告、学术征文、青年交流全揭晓！ 展览展示｜抢位2025智能机器人关键技术大会！高曝光商务合作虚位以待，共赴解锁新机遇 9大期刊联合征文｜投稿2025智能机器人关键技术大会，年底正刊发表！ 第二十七届中国科协年会 主论坛 7月6日在北京举行。 主论坛上，发布了 2025重大科学问题、工程技术难题和 产业技术问题 。 中国科协自2018年开始，持续组织开展重大科技问题难题征集发布活动。2025年活动， 从 前沿性、引领性、创 新性、战略性 四个方面严格把关， 经过严谨规范的审读、评议、投票等程序，最终选出10个前沿科学问题、10 个工程技术难题和10个产业技术问题，为持续性产出原创性、颠覆性科技成果树立"风向标"。 10个前沿科学问题为： 01 流形的拓扑和几何分类 流形的分类问题是数学研究领域的一个核心问题，长期以来也是基础数学研究的驱动 力。流形是我们一般空间的数学表述，如球面，环面等。它在局部上类似于欧几里得 空间，在数学、物理、工程学等领域都有广泛应用。研究流形的拓扑和几何分类问题 意味对不同类型 ...

机器人产业蓬勃发展，正极大改变着人类生产和生活方式，为经济社会发展注入强劲动能。2023年年 初，工业和信息化部联合十六大部委印发《"机器人+"应用行动实施方案》，目标到2025年，制造业机 器人密度较2020年实现翻番，服务机器人、特种机器人行业应用深度和广度显著提升，机器人促进经济 社会高质量发展的能力明显增强。11月12日工业和信息化部又印发《人形机器人创新发展指导意见》， 提出人形机器人有望成为继计算机、智能手机、新能源汽车后的颠覆性产品，并明确2025年实现批量生 产。 各项政策加持，热度非凡，行业活动也层出不穷，小编通过网络搜集整理了 未来两周国内外机器人及 人工智能领域行业活动活动榜单 ，供大家参考。 2025.07.07-07.20 机器人及人工智能相关活动预告 1 2025智能机器人关键技术大会 时间： 2025.07.22-07.24 地点： 齐齐哈尔市 主办单位： 《机器人技术与应用》杂志社 2 全国首届人形机器人线缆技术交流大会 时间： 2025.07.07 地点： 江西省吉安县优尔会议室 主办单位： 深圳市机器人特种线缆行业协会 时间： 2025.07.09-07.11 地点： 千叶 ...

Core Viewpoint - The 2025 Intelligent Robot Key Technology Conference (IRCTC) will be held from July 22-24, 2025, in Qiqihar City, focusing on the integration and breakthroughs of embodied intelligence and multimodal interaction technologies in the field of robotics and artificial intelligence [1]. Group 1: Conference Overview - The conference will cover cutting-edge technologies, key common technologies, industrialization paths, standardization construction, and interdisciplinary integration in robotics and AI [1]. - The theme of the conference is "Integration and Breakthrough of Embodied Intelligence and Multimodal Interaction Technologies" [1]. Group 2: Keynote Speakers - Notable speakers include foreign academicians from the Chinese Academy of Engineering and professors from prestigious universities, who will present on various hot topics such as bionic robots, medical robots, and robot ethics [3][4][8]. - The conference will feature experts with extensive experience in AI and robotics, including those who have led significant national projects and received multiple awards [6][9][10]. Group 3: Registration and Fees - Registration can be completed online or via the official website, with fees varying by participant category, such as students, general attendees, and corporate representatives [25][26]. - Early registration discounts are available until July 10, 2025, with fees ranging from 1,200 yuan for students to 3,800 yuan for corporate representatives [25].

详细会议介绍参看往期文章： （点击蓝字跳转） 一文看懂2025智能机器人关键技术大会（IRCTC）全景！专家报告、学术征文、青年交流全揭晓！ 展览展示｜抢位2025智能机器人关键技术大会！高曝光商务合作虚位以待，共赴解锁新机遇 9大期刊联合征文｜投稿2025智能机器人关键技术大会，年底正刊发表！ 机器人制造商发那科（FANUC）在展会上展示机器人做汉堡包。 照片由本报驻德国记者李山摄 在两年一届的2025年德国慕尼黑自动化展上，可以深刻感受到自动化技术在人工智能（AI）加持下更加智能，驱 动工业生产与管理不断变革。AI与机器人技术的融合发展在诸多领域全面提速，展现未来工作生活新方式。多家 公司推出了新一代人形机器人，不过从现场表现来看，人形机器人在技术和实际应用等方面都还有很多工作要 做。 让自动化技术更智能 智能自动化解决方案供应商库卡希望从根本上重新定义机器人的控制方式，并推出了可扩展、可灵活调整的机器 人操作系统iiQKA.OS2。这个软件和控制器平台将人工智能与视觉系统结合，使机器人变得更加灵活，而无需进 行复杂的编程。库卡还与微软合作，开发了一个AI聊天机器人，可将自然语言命令转化为程序代码。此外， ...

详细会议介绍参看往期文章： （点击蓝字跳转） 一文看懂2025智能机器人关键技术大会（IRCTC）全景！专家报告、学术征文、青年交流全揭晓！ 展览展示｜抢位2025智能机器人关键技术大会！高曝光商务合作虚位以待，共赴解锁新机遇 9大期刊联合征文｜投稿2025智能机器人关键技术大会，年底正刊发表！ 奔跑的脚步，是深圳机器人产业蓬勃向上的生动缩影。相关报告显示，截至去年底，深圳机器人产业链 总产值超2000亿元，集聚机器人相关企业超7.4万家，占全国智能机器人企业总数约16%。 不止于"炫技"，机器人产品正加速融入生产生活。 广东深圳，一段模仿电影经典桥段的舞蹈，被机器人跳得刚柔并济、有模有样，挥手、扭胯、转身、踱 步，一连串舞蹈动作丝滑流畅，节奏明快又富有动感。 广东东莞，两台机器人在测试场内灵活转圈、爬坡，设定指令后，还能实现自动跟随。 数据显示， 2024年，广东省智能机器人产业集群营业收入超900亿元，整体实力处于国内第一梯队 。 创新力量，何以喷薄而出？ 走进深圳市人工智能与机器人研究院，一幅"未来图景"徐徐铺展：这边，形似银环的工业机器人稳稳 依附在模拟桥梁主缆上，精准检测缆绳破损风险；那头，状若胶囊 ...

Core Viewpoint - The development of robotic operation technology represents a silent revolution that is reshaping human interaction with the physical world, transitioning from specialized robots to general-purpose robots capable of cognitive decision-making [4][5]. Group 1: Evolution of Robotics - The evolution of robotics has shifted from specialized robots, which were rigid and limited to repetitive tasks, to general-purpose robots that can perform multiple tasks due to advancements in machine learning and data processing [5]. - The RT-1 model signifies the beginning of this general-purpose revolution, enabling robots to perform diverse tasks by learning from vast datasets, such as GraspNet-1Billion, which trains robots on millions of object poses [5]. - This transition highlights the integration of artificial intelligence and robotics, suggesting a future where robots become intelligent partners in daily life rather than mere industrial tools [5]. Group 2: Sensory Revolution - The core of the sensory revolution is to endow robots with superhuman perception capabilities, enhancing operational precision and fundamentally changing human-robot interaction [6]. - Breakthroughs in tactile technology, such as fabric texture recognition with 0.1mm precision, allow robots to surpass human sensitivity, challenging the limits of human perception [6][7]. - High-resolution tactile sensing has significant implications in fields like medicine, where surgical robots can perceive the elasticity of blood vessel walls, thus reducing physical strain on doctors [7]. Group 3: Technological Innovations - Innovations like Meta's haptic gloves and Google's RT-X program are accelerating the transition of robots from laboratory prototypes to real-world applications, reshaping the industrial ecosystem [8]. - The RT-X program enhances new task learning speed by 300%, demonstrating the power of collaborative learning and breaking the traditional isolation in robot development [8]. - The high costs associated with advanced sensors and biomimetic grippers pose challenges for widespread adoption, potentially widening the digital divide [8]. Group 4: Intelligent Systems - The three pillars of technological revolution—perception, decision-making, and execution—are crucial for creating intelligent robotic systems, but the challenge lies in making these technologies operational [9]. - The transition from rule-based to data-driven decision-making allows robots to adapt and improvise, akin to human learning processes [9]. - Innovations in execution, such as variable stiffness soft hands, achieve a 98% success rate in fragile item handling, showcasing the value of multimodal data fusion [9]. Group 5: Future Directions - The future of robotics hinges on technological integration, practical applications, and frontier explorations, determining whether robots can evolve from tools to partners [10]. - The Google PaLM-E model demonstrates initial autonomy, allowing robots to reason and adjust actions based on observations, approaching human-like cognition [10]. - The expansion of application scenarios, such as medical robots with ±0.1mm precision, indicates a shift of technology from industrial to everyday life [10]. Group 6: Ethical Considerations - The acceptance of robotic technology in society must address privacy concerns, particularly regarding household robots and potential data misuse [11]. - Future developments should emphasize a human-centered approach, incorporating ethical design principles to mitigate risks associated with advanced robotics [11]. - The exploration of neuromorphic tactile sensors and cross-modal lifelong learning systems challenges the limits of technology while promoting a harmonious coexistence between humans and machines [11]. Group 7: Conclusion - The evolution of robotic operation models is a significant technological narrative that brings efficiency and societal benefits while prompting deep reflections on coexistence with advanced machines [12]. - The focus should not solely be on creating "all-powerful" robots but rather on fostering a symbiotic ecosystem where technology serves humanity and promotes inclusivity and sustainability [12].

详细会议介绍参看往期文章： （点击蓝字跳转） IRCTC2025携手行业九大期刊联合征文， 录用稿件均将于正刊发表，并于2025年12月底前出版 。 应广大科技 工作者强烈要求， 经大会组委会讨论， 截稿日期 延期至 7月 12 日 ，小伙伴们抓紧最后时间投稿啦！ 我们诚挚邀请您，踊跃投稿并出席此次会议，与领域内同仁交流智能机器人关键技术的最新成果。 一文看懂2025智能机器人关键技术大会（IRCTC）全景！专家报告、学术征文、青年交流全揭晓！ 展览展示｜抢位2025智能机器人关键技术大会！高曝光商务合作虚位以待，共赴解锁新机遇 9大期刊联合征文｜投稿2025智能机器人关键技术大会，年底正刊发表！ 2025智能机器人关键技术大会（I RCTC ） 由 《机器人技术与应用》杂志社 主办 ， 山东大学 、 北京科技 大学 、 浙江工业大学 、 天津理工大学 、 齐齐哈尔大学 承办， 将于 2025年 7 月 22-24 日 在 齐齐哈尔 召开 ，旨在为全球机器人、 自动化、 具身智能、零部件 领域 的专家学者和产业界同仁提供展示创新成果、展望未来 发展的高端学术平台，加强不同学科领域的交叉融合，推动机器人、 自动 ...

Core Viewpoint - The article discusses the increasing involvement of automotive companies in the humanoid robotics sector, highlighting their motivations, strategies, and the challenges they face in this new domain [10][21]. Group 1: Company Strategies - Tesla, Xpeng, and GAC are leveraging their expertise in smart driving to develop humanoid robots, utilizing existing technologies such as FSD visual algorithms and multi-sensor fusion technology [4][12]. - Tesla's Optimus robot is described as a "mobile FSD system," capable of performing basic tasks in factories, with plans for factory testing by 2025 [4]. - Xpeng's Iron robot incorporates technology from its vehicles, aiming for mass production by 2026 [4]. - GAC's GoMate features a unique "variable wheel-foot structure," allowing it to adapt to different tasks quickly, showcasing its flexibility in production environments [4]. Group 2: Ecosystem Development - Technology giants and suppliers are positioning themselves as ecosystem builders rather than direct competitors, with Huawei and Horizon offering platforms and solutions to enhance robotic capabilities [5][6][7]. - Huawei's "Pangu embodied intelligent model" aims to empower robots with multi-modal interaction and complex task execution [5]. - Horizon's "Diguo Robot Platform" repurposes automotive chip architectures for the robotics sector, serving multiple manufacturers [6]. Group 3: Market Dynamics and Challenges - Traditional automakers like BYD and BAIC are adopting a more cautious approach, focusing on capital investments and partnerships to gradually penetrate the robotics market [8][9]. - The automotive industry faces pressures from increasing labor costs and the need for flexible production, driving the demand for robotics solutions [11]. - The article notes that the global humanoid robot market is projected to reach $154 billion by 2035, with significant investments flowing into the sector [13]. Group 4: Technological and Operational Hurdles - The transition to humanoid robotics is fraught with challenges, including technical limitations in mobility and control, particularly in complex environments [16][17]. - The high manufacturing costs of humanoid robots remain a significant barrier, with core components being expensive and the commercial viability of these robots still uncertain [18]. - Ethical concerns surrounding job displacement and privacy issues are emerging as critical discussions in the industry [19][20].