中科硅纪为具身智能背后的万亿蓝海 市场，开拓出一个可落地应用的商业化路径。 在人类进化的历史长河中，我们除了习惯于赞颂尚未被完全开发的大脑，更期待通过 "手"和"脑"的融合将人类从繁重、复杂、危险的工作中解放出来。 从《终结者》中作为力量象征的T-800的机械手臂，到《钢铁侠》里托尼·斯塔克那双MK系列手臂，人类无时无刻不在幻想着 "上肢"能力的延伸和突破。 如果说科幻中的机械手臂更多强调的是通过"人机协作"实现人类力量的突破，那么智能灵巧手才是真正做到让机器人像人一样"干活"，也就是"类人灵巧 操作能力"的关键。 人类双手作为一种复杂度仅次于大脑的器官，也决定着灵巧手之于机器人的独特意义：它不只是人类的工具延伸，更是赋予机器人自主操作的能力；它标 志着机器人从"被动工具"向"行动主体"的跃迁，也揭示了具身智能走向物理世界的关键转折点。 如今，理想与现实之间的差距正在不断缩短。8月，中科硅纪发布新一代智能灵巧手与整机系统组合。让机器人从实验室走向工厂车间、物流仓储与特种 任务现场，实现真正意义上的类人灵巧操作，中科硅纪如何打通具身智能产业化的"最后一厘米"？ 像人类一样用手干活 人形机器人需要一双怎样的手？ ...

Group 1: Low-altitude Economy - The central government has issued opinions to support the development of emerging industries in Shenzhen, including reforms in low-altitude flight management and regulations [1] - By May 2025, 30 provinces in China will include low-altitude economic development in their government work reports, with various local plans already in place [1] - The Civil Aviation Administration of China predicts that the low-altitude economy market will reach 1.5 trillion yuan by 2025 and 3.5 trillion yuan by 2035, driven by policies, infrastructure, and market forces [1] Group 2: Intelligent Robotic Hands - Researchers from Beijing General Artificial Intelligence Research Institute and Peking University have developed an intelligent robotic hand that achieves human-level adaptive grasping [2] - The robotic hand integrates high-resolution tactile sensing over 70% of its surface, allowing it to adjust its actions in real-time based on tactile feedback [2] - The market for robotic hands is expected to reach 45 billion yuan by 2030, with companies that can design and produce these hands likely to gain significant market power [2] Group 3: Stem Cell Therapy - China's first stem cell prescription drug, Aimi Maito injection, has been commercially applied in clinical settings, marking a significant milestone in stem cell therapy [3] - Stem cells are recognized for their unique regenerative capabilities, and the government is encouraging the development of cell therapy and gene therapy industries [3] - Stem cell technology is considered a third medical revolution, with ongoing advancements expected to benefit patients with difficult-to-treat diseases [3] Group 4: Media and Audio Content - Tencent Music announced plans to acquire Himalaya Holdings for a total price of 1.26 billion USD, enhancing its audio content ecosystem [4] - The acquisition aims to strengthen Tencent Music's dual-core strategy of "music + audio," integrating various audio content types [4] - The deal is expected to shift the industry towards ecological competition and accelerate the commercialization of long audio formats [4] Group 5: AI Chip Design - The launch of the first fully automated design system for AI-based processor chips, named "Qimeng," signifies a breakthrough in chip design capabilities [5] - The system can automate the entire design process from hardware to software, achieving levels comparable to human experts [5] - Domestic ASIC manufacturers are expected to benefit from the tightening of AI chip export controls, as they may capture more market share [5] Group 6: Innovative Drugs - The innovative drug Tofersen injection, the first precision treatment for ALS in China, has been officially launched [6] - This drug targets adult patients with SOD1 gene mutations, providing a new hope for treating this rare and fatal neurological disease [6] - The increasing presence of domestic innovative drugs at international conferences indicates a growing focus on innovation within the industry [6] Group 7: Genetically Modified Organisms (GMOs) - The GMO sector has seen significant performance improvements due to heightened government focus on seed safety and agricultural innovation [7] - China is accelerating the commercialization of GMO breeding, particularly for varieties with independent intellectual property rights [7] - The emphasis on food security and technological innovation positions the seed and grain planting sectors for potential market growth [7]

手是人体最灵活的器官之一，也是使用频率最高的运动器官之一。随着人类进化，人的手部功能由攀爬 变为使用工具，并掌握精准抓握能力。"手的灵活性很大程度上来自灵敏的触觉反馈。如通过肌肉、关 节感知力量，通过皮肤感知纹理、温度等。"北京大学人工智能研究院博士生赵秭杭说，在不影响运动 的前提下实现机器人高敏感的触觉反馈一直是难题。 手的精准抓握，不仅涉及触觉反馈，还在于其与运动能力的默契配合。北京大学人工智能研究院博士生 李宇飏说，这要求我们必须根据全手触觉反馈实时调整运动策略，而机器手关节灵活性的增强又会给控 制算法带来极大挑战。 新华社北京6月10日电（记者张漫子）中国科研人员研制的智能灵巧手因首次实现类人水平的自适应抓 取，9日登上了国际期刊《自然·机器智能》。 这项突破由北京通用人工智能研究院、北京大学共同取得：在灵巧手掌面70%的面积上集成了高分辨率 触觉感知，使机器人的智能与交互能力迈上新台阶。 这只灵巧手的一大亮点是能根据触觉反馈，实时调整动作。记者看到，根据接触面的不同，它能自如用 小指抓取乒乓球、单手同时抓起垒球和高尔夫球，姿势与人类拿球类似。 中国团队以传感器与结构一体化设计突破了"灵巧手不灵巧"的 ...