（来源：千龙网） "我要你背我到长城上面去玩！"30年前，蔡明、郭达联手演绎的科幻小品《机器人趣话》凝成一代人对 春晚的经典记忆。时光荏苒、技术跃迁，30年后的2026年央视春晚上，当蔡明与几可乱真的"仿生奶 奶"并肩同台，曾经的"奇思妙想"照进现实，惊艳了全球观众。 与"仿生奶奶"同台出圈的，还有那群身怀绝技的人形机器人。舞台上，它们行云流水般完成后空翻、侧 手翻等高难度动作，落地时稳如泰山，并与真人演员默契互动。 春晚小品的表演舞台仅有十几平方米，却要同时容纳5个人形机器人与2位真人演员走位互动，机器人的 每一个动作都必须精准到厘米，丝毫不能偏差。"场地太小了，哪怕只是多挪了一步，都可能影响整个 节目的节奏，甚至发生碰撞。"相关技术负责人坦言，这是此次研发的最大难点。 为了攻克这一难题，团队在第一次彩排后做出了一个果断决定——直接将舞台布景打包买回，连夜在公 司附近的空置厂房里，搭建了一个1∶1还原的排练场地。走进这个复刻的排练场，地面上贴着一个个整 齐的1平方米大小的方格子，这是机器人的"专属走位区"。此前，机器人完成后空翻后，总会有小幅的 前后调整，在空旷的实验室里无伤大雅，但在狭小的春晚舞台上，这一 ...

证券日报网讯2月12日，云意电气（300304）在互动平台回答投资者提问时表示，公司全资子公司南京 云意机器人有限公司目前正积极推进相关领域的产品研发与技术储备，相关招聘系为未来业务发展做好 人才布局。截至目前，相关产品尚未形成销售收入。 ...

经营范围含智能机器人的研发；货物进出口；技术进出口。（除依法须经批准的项目外，凭营业执照依 法自主开展经营活动）自主展示（特色）项目：人工智能基础软件开发；人工智能应用软件开发；技术 服务、技术开发、技术咨询、技术交流、技术转让、技术推广；工业机器人安装、维修；伺服控制机构 销售；机械电气设备销售；智能机器人销售；人工智能硬件销售；工程和技术研究和试验发展；普通机 械设备安装服务；计算机系统服务；数据处理服务。 企业名称上海矩阵超智机器人有限公司法定代表人张海星注册资本2000万人民币国标行业科学研究和技 术服务业>科技推广和应用服务业>技术推广服务地址上海市浦东新区秀浦路2388号10幢3层企业类型有 限责任公司（自然人投资或控股的法人独资）营业期限2026-2-10至无固定期限登记机关浦东新区市场 监管局 来源：市场资讯 天眼查显示，近日，上海矩阵超智机器人有限公司成立，法定代表人为张海星，注册资本2000万人民 币，由上海矩阵超智系统集成有限公司全资持股。 序号股东名称持股比例1上海矩阵超智系统集成有限公司100% ...

近日，在青岛消防支队，一场特殊的测试悄然展开。在一个约10平方米的模拟灾后场景中，一只背 着"电子背包"的"机器人蟑螂"在狭窄的甬道中敏捷穿行，可灵活避开石块、木板等障碍物。山东科技大 学动物机器人研究团队的成员一边操控着它行进，一边通过其头部的单目摄像头接收蟑螂"第一视角"的 画面。 这不是山东科技大学研发的首个动物机器人。20余年来，该校机器人研究中心科研团队深耕动物机器人 领域，接力创造了多项科研突破，为智能机器人技术的发展开拓了新路径。 2007年，世界首例可实现飞行控制的动物机器人"机器人鸟"在山东科技大学诞生。这项研究从"脑机接 口"入手，通过电刺激精准调控鸟类飞行行为，为动物机器人研究奠定了技术基础。 苏学成表示，"机器人鸟"展现了"脑机接口"技术在动物控制领域的巨大潜力，其最突出的优势在于"即 做即用"。任何健康的鸽子植入电极后均可即时响应信号，这大幅提升了动物机器人的实用性与部署效 率，适合规模化应用。 "'机器人鸟'应用前景广阔，可以进入人类难以抵达的空间或环境，执行探测、物资投送等任务。我相 信这项技术能为人类带来更多便利。"苏学成说。 在山东科技大学，科研人员对动物机器人的探索从未停步 ...

Core Viewpoint - Li Auto is restarting its humanoid robot development, indicating a strategic shift towards integrating robotics into its product offerings, with a focus on creating "embodied intelligence" products that redefine vehicles as robots with sensory and cognitive capabilities [3][4][6]. Group 1: Humanoid Robot Development - Li Auto has opened several humanoid robot R&D positions, signaling a renewed commitment to this area after previously pausing due to technological and supply chain challenges [3]. - The company aims to develop a wheeled humanoid robot for specific industrial tasks, such as "screw tightening" in manufacturing [3]. - The recruitment for the humanoid robot project covers all aspects from core components to system integration, including roles for embedded software engineers and mechanical design engineers [3][7]. Group 2: Strategic Positioning - Li Auto's founder, Li Xiang, has expressed that the future of vehicles lies in their evolution into robots, emphasizing the need for vehicles to possess sensory and cognitive functions [4][6]. - The company is positioning itself against competitors like Tesla and XPeng, which are also pursuing advanced humanoid robotics, based on the premise that robots must closely resemble humans to effectively utilize human tools and skills [5]. - The complexity of humanoid robots is highlighted, with Li Auto's approach requiring a significant investment in talent and technology, as the development of humanoid robots is more challenging than that of electric vehicles [4][5]. Group 3: Market Dynamics and Financial Considerations - Li Auto has a substantial cash reserve compared to other domestic automakers, allowing it to invest significantly in emerging business areas like robotics [5][6]. - The competitive landscape for talent is intense, with many skilled professionals leaving to start their own ventures in embodied intelligence, which poses a challenge for Li Auto in building its R&D team [6]. - The market response to Li Auto's renewed focus on robotics has been positive, with stock prices reflecting investor optimism about the potential of embodied intelligence [8].

Group 1 - The core idea of the news is the transformation of digital nomads from transient visitors to "new villagers" in Wuyishan, Fujian, facilitated by local government initiatives and the establishment of a digital nomad community [1][2][3] - The Wuyishan Digital Nomad Commune has been developed to provide a conducive environment for young people to live and work, featuring 63 rooms and a capacity for 120 to 140 individuals, with a focus on creating a welcoming atmosphere for youth [1] - Since its soft launch in December 2025, the commune has attracted over 130 young individuals from 27 provinces in China and overseas, with an average stay of 35 days and an occupancy rate exceeding 90%, of which over 32% hold master's degrees [1] Group 2 - The commune aims to build a community ecosystem that supports digital nomads through entrepreneurship incubation, resource connection, and event organization, promoting a sustainable living and working environment [2] - Many digital nomads are integrating their work with local culture, such as content creators promoting local products and teams developing innovative projects like combat robots [2] - The environment fosters a sense of community among young people, allowing them to engage in various activities and discussions, making it a "spiritual habitat" for the youth [3]

能开展眼科手术的机器人来了。记者1月19日从中国科学院自动化研究所获悉，该所研究团队成功 研发出一款自主显微眼科手术机器人系统，并完成临床可行性验证。该系统能够显著提升眼科手术的精 准度、安全性与稳定性，最大限度减少手术本身对眼部组织的损伤。相关研究成果发表于《科学-机器 人》杂志。 全球视力受损或失明人数已超过22亿，而眼球内部结构极为精细、操作空间极小，传统眼科手术对 医生的经验和稳定性要求极高。该自主机器人系统通过智能、精准地控制，有望大幅提升手术安全水 平，缩短医生培养周期，为多种眼底疾病的治疗提供全新解决方案。 论文通讯作者、中国科学院自动化研究所研究员边桂彬介绍，研究团队通过多视角空间融合方法， 构建了术中动态更新的眼内三维地图，实现了对手术区域的全面感知；运用多传感器数据融合技术，实 现了手术器械从宏观到微观的跨尺度精确定位；并基于多约束优化与人在回路的混合控制，确保了手术 轨迹的精准与安全。 实验表明，该系统在多种眼球模型上的注射成功率达到100%，平均定位误差较医生手动操作降低 约80%，即使与医生操作机器人辅助手术相比，误差也减少约55%，展现出优越的精确性与安全性。 "这项成果为眼科手术 ...

Core Viewpoint - The research team led by researcher Bian Guibin at the National Key Laboratory of Multimodal Artificial Intelligence Systems, Institute of Automation, Chinese Academy of Sciences, has successfully developed an autonomous ophthalmic surgical robot system, demonstrating its clinical feasibility [1] Group 1 - The system can autonomously perform subretinal and intravitreal injections throughout the entire intraocular space [1] - It significantly improves the accuracy, safety, and consistency of fundus injections, minimizing iatrogenic damage [1] - The robot assists surgeons in focusing more on surgical design and supervision tasks [1] Group 2 - The related findings were recently published in the journal Science Robotics [1]

仿生水母机器人采用极致的仿生设计：以水凝胶为电极材料，通过静电液压驱动结构，使机器人含水量 达到90%以上，从形态到材质都高度贴近真水母。 "离开水体后，它的透明驱动结构更直观。"陶凯将机器人从水缸中取出，其机身全透明，并搭载了电路 板、集成微摄像头模组以及嵌入式人工智能处理芯片。"这些脚蹼通过收缩舒张制造水流，实现推进与 悬浮，全程几乎无声、无明显扰动。"陶凯解释，这种设计让机器人在深海中如同"隐身"，可避免对海 洋生物与环境造成干扰。 实验室内，红、白两色的水母在水缸中自由移动，而旁边的仿生水母机器人几乎与水中环境融为一体， 如果不仔细看很难察觉。 这款直径仅120毫米、重量56克的微型机器人，是西北工业大学机电学院陶凯教授团队自主研制的仿生 水母机器人。机器人凭借近乎透明的躯体和仿水母肌肉结构，精准模拟了水母利用涡环推进的灵动姿 态，在水下实现高效且近乎无声的静默运行。 海水的平均密度远高于空气，物体在海水中移动十分困难。传统机器人进行海底探测时，不仅耗能巨 大，还会扰动起海底沉积物，干扰探测作业。"如何成为海洋中纯粹的观察者，而非干扰者？这是深海 探索的难题之一。"陶凯说，"仿生水母机器人正是面向深海 ...

Core Viewpoint - The company, Zhiwei New Materials (688585.SH), has received regulatory inquiries from the Shanghai Securities Regulatory Commission and the Shanghai Stock Exchange regarding its recent establishment of a robotics R&D team focused on personal and family-oriented robotic products, which is still in the prototype stage and does not alter its core business structure centered on new materials [1] Group 1 - The company has formed a robotics R&D team to explore potential future applications in personal and family scenarios [1] - The showcased products are currently prototypes and part of an initial exploration phase [1] - The project does not represent a change or significant adjustment to the company's main business operations [1] Group 2 - The company has no plans to change its existing business scope [1] - Confirmation from the acquirer and controlling shareholder indicates no clear plans to alter the company's main business within the next 12 months [1]