格隆汇2月16日｜据36氪，2026年央视春晚开幕，魔法原子率先登场，成为本届春晚首家亮相的机器人 企业。节目中，魔法原子人形机器人MagicBotGen1亮相并向观众挥手致意；MagicBotZ1则展示了"托马 斯360°"特技动作。据公开资料，这是业内同尺寸人形机器人首次完成该动作。 ...

2025年人形机器人首登春晚的惊艳亮相后，2026年马年春晚再度升级科技阵容，多家国产机器人企业携手登场，带来一场科技与年味交融的视觉盛宴。 据总台编务会议成员姜文波在春晚新闻发布会上透露，今年的具身机器人将在舞台上"舞"出全新高度。 据科技日报报道，经过一年的技术深耕，这些机器人在性能与艺术表达上完成迭代突破，将在武术、语言类节目中以集群化编队形式，精准呈现层次丰富 的队形变换与高难度动作表演。 作为春晚"熟面孔"，宇树科技第三次登上春晚舞台，其G1/H1人形机器人将与舞蹈演员联袂演绎全新节目《骐骥新姿》。 首次亮相的魔法原子虽未公布具体节目详情，但将通过高动态双足人形机器人MagicbotZ1展现中国智造的多元布局，这款机器人近期成功完成360度托马 斯回旋、单手倒立、踢月腿等特技动作，还在2月4日的追觅之夜上，与四足机器人MagicDog组成"硅基伴舞天团"，与歌手萧敬腾同台表演，现场展示了 360度转体等亮眼动作。 松延动力则通过语言类节目与观众见面。据2月15日央视新闻报道，演员蔡明将在小品《奶奶的最爱》中，时隔30年与"机器人"再续前缘，讲述祖孙间温 情互动的故事，与其搭档的人形机器人正是来自松延 ...

责任编辑：尉旖涵 新浪科技讯 2月16日晚间消息，2026年央视春晚期间，松延动力多款机器人登上小品《奶奶的最爱》现 场，不仅通过笑话互动与现场演员表演小品，还表演了翻跟头、头部伸长等技能，引来观众欢呼，值得 一提的是，节目中出现了一款面部表情和动作都和蔡明十分相似的仿生人形机器人，通过惟妙惟肖的面 部表情吸引了观众注意。 据悉，2025年5月11日，松延动力曾发布新一代女性仿生机器人"小诺"，这款产品凭借近乎真人的面部 表情和高度拟人化的交互能力，在科技界引发广泛关注。通过32个自由度的超高灵活度设计，这款仿生 机器人能够精准模拟人类面部肌肉运动，实现从微笑到皱眉等200多种微表情变化。其面部表情模仿能 力高达90%以上，几乎达到以假乱真的程度。 企查查APP显示，近日，北京松延动力科技集团股份有限公司申请公布"一种仿生机器人的面部皮肤及 其制作方法"专利。专利摘要显示，本发明涉及仿生机器人技术领域，尤其是涉及一种仿生机器人的面 部皮肤及其制作方法。本发明提供的仿生机器人的面部皮肤包括面皮和固定嵌件、活动嵌件和眉皮；固 定嵌件上和活动嵌件上均连接有布块，面皮内嵌设有固定嵌件和活动嵌件，且面皮内的固定嵌件、活 ...

Group 1 - The integration of advanced technologies such as smart robots, drones, and artificial intelligence into various scenes of the Spring Festival is highlighted, providing a new technological experience for the holiday [1][2] - Over 20 cities have launched drone light shows during the Spring Festival, showcasing the increasing use of technology in traditional scenic spots [1] - The demand for robot rentals has surged, leading to a "one machine hard to find" phenomenon, with applications in commercial complexes, restaurants, supermarkets, and scenic areas [1] Group 2 - Major AI models have introduced special features for the Spring Festival, enabling personalized greetings, custom family portraits, and one-stop services for booking reunion dinners and travel tickets [2] - In the week leading up to New Year's Eve, the daily active users of AI models reached nearly 200 million, indicating the deep integration of cutting-edge technology into the Spring Festival celebrations [2]

Core Insights - AGIBOT is accelerating its entry into the Thailand market through a strategic engagement program that showcases its humanoid robots, aligning with Thailand's Smart Tourism and digital innovation goals [1][2][3] Group 1: Market Entry and Engagement - The strategic engagement program took place from February 11-13, 2026, marking a significant milestone ahead of AGIBOT's official market entry later in 2026 [2] - AGIBOT introduced next-generation humanoid robots to local stakeholders, emphasizing their applications in hospitality, retail, transportation, and cultural sectors [2][6] - The engagement included discussions with the Tourism Authority of Thailand (TAT) on how humanoid robots can enhance visitor experiences through interactive engagement and service automation [6] Group 2: Technological Capabilities - AGIBOT's humanoid robots demonstrated advanced interactive intelligence, multilingual communication, and high-precision mobility during live showcases [11] - The robots were featured in local television programs and public events, reinforcing their capability for real-world deployment in dynamic environments [11] Group 3: Industry Position and Future Plans - According to Omdia, AGIBOT shipped over 5,100 humanoid robots globally in 2025, ranking first in both shipment volume and market share [12] - AGIBOT's engagement in Thailand is seen as a foundation for long-term collaboration with public institutions and local innovation ecosystems as it prepares for its official market entry [13]

本文转自【智通财经】； 继2025年人形机器人首次登上春晚后，2026年马年春晚进一步扩大阵容，多家国产机器人企业集体亮相。 据央视新闻报道，总台编务会议成员姜文波此前在春晚新闻发布会上，今年具身机器人将在春晚"舞"出新高度。而科技日报则透露，经过一年来 持续创新，机器人在技术性能与艺术表现力方面实现迭代升级，将在春晚武术、语言类节目中，集群化编队精准完成富有层次的队形变换及高难 度动作表演。 春晚官方视频显示，第三次登台春晚的宇树科技，其人形机器人将与舞蹈演员搭档。据悉，宇树将携其G1/H1人形机器人带来全新节目《骐骥新 姿》。 首登春晚的魔法原子虽未披露具体节目内容，但据悉此次魔法原子将向观众展示中国智造的多元布局，提供打开未来生活的入口。 近日，魔法原子的高动态双足人形机器人Magicbot Z1成功完成了360度托马斯回旋、单手倒立、踢月腿等特技动作。2月4日，Magicbot Z1还在追 觅之夜上与四足机器人MagicDog组成"硅基伴舞天团"，与歌手萧敬腾共同表演，Magicbot Z1还进行了360度转体和单手倒立等展示。 银河通用同样尚未披露节目细节，据公司相关负责人此前对媒体表示，此次亮相的 ...

这项研究不仅体现了机器人技术在复杂操作任务上的进展，也呼应了社会应对人口老龄化的现实需求。 随着老年人口比例上升与照护资源相对紧张，能够安全、自然地协助日常生活的服务机器人，或将成为 提升长者生活自主性与生活质量的重要技术支撑。 （文章来源：科技日报） 传统上，编程机器人需要编写数千行代码来定义每个动作。新机器人则采用了模仿学习结合"高斯信念 传播"数学框架的创新路径。团队首先通过人类示范教会每只机械臂基本动作，再通过算法实现双臂间 持续的"隐形对话"，使机器人能在运行中实时协调动作、避免碰撞，最终实现流畅自然的运动效果。该 方法使习得的动作具备良好的适应性，若目标物体位置发生偏移，机械臂能像橡皮筋一样平滑调整运动 轨迹，同时保持动作的核心特性，例如在移动水杯时始终保持直立状态。 机器人的工作流程分为感知、推理与行动三个阶段：先通过2D/3D激光传感器结合RGB-D摄像头感知环 境、检测障碍并定位物体；再对信息进行处理与理解；最后生成协调的双臂动作指令。当前研究正进一 步探索如何整合生成模型与人工智能技术，使机器人不仅能感知物体，更能理解使用场景与用户意图， 从而适应动态的家居环境。 西班牙马德里卡洛斯三世大 ...

（来源：湖州日报） "每台机器人每天可采集万余组数据，这些数据将反哺算法优化。"无问智科运营总监表示，该训练场已 与浙江大学、云深处科技等十余家企业建立联合研发机制，形成"数据—算法—场景"的闭环创新体系。 "德清的独特优势在于，我们既有地理信息产业积累的'数据土壤'，又有智能网联汽车验证的'技术场 景'。"湖州莫干山高新区相关负责人介绍，作为国家级车联网先导区与新一代人工智能创新发展试验 区，德清已将智能技术从"车轮"延伸至"机器人关节"，构建起覆盖"关键部件—智能算法—场景应用"的 完整生态链。 目前，在德清的具身智能产业图谱中，企业分工清晰：灵心巧手聚焦核心执行部件；星动纪元深耕数据 采集与训练；无问智科搭建数据平台；宽凳科技、文远知行在智能网联汽车领域积累的技术，正向机器 人领域拓展。 "德清的产业生态像一块磁石，吸引着产业链各环节的企业。"星动纪元解决方案负责人坦言，"这里既 有浙江大学的科研支撑，又有莫干山研究院的孵化平台，更重要的是，政府愿意为新技术提供'试验 田'。"根据规划，星动纪元具身智能数据采集训练中心将于2026年第二季度正式运营，届时将形成"研 发—训练—产业化"的全链条基地。 记者 ...

Core Insights - Tesla's core electric vehicle (EV) business is facing stagnation, prompting the company to accelerate the development of various side projects [1][4] - The company plans to diversify its offerings by adding solar panels, advancing robotaxi technology, and introducing humanoid robots priced between $20,000 and $30,000 by the end of 2027 [2][3] Electric Vehicle Business Challenges - Tesla's average per-vehicle production costs have decreased, but this has not restored the profit margins seen before the EV price wars that began in early 2023 [5] - The net profit per vehicle has dropped to just over $4,000 as of the end of last year, down from more than $10,000 in 2022 [6] - Competitors like BYD, Volkswagen, and General Motors have captured the growth in the EV market, leaving Tesla with stagnant sales [8] Market Position and Brand Perception - Tesla, once the leading brand in the EV market, is losing its appeal, which is concerning as over 70% of its revenue still comes from battery-powered vehicles [9] - The company is exploring new markets, including robotics and solar energy, but faces significant competition from other players in these sectors [14] Future Prospects and Risks - The potential for solar energy and autonomous taxis is significant, with projections indicating a $190 billion market for robotaxis by 2034 [11] - However, there are concerns about Elon Musk's history of overpromising on timelines, which could affect the development of new technologies [15] - Tesla's stock is currently priced at over 200 times the expected earnings per share of $2.06, indicating that the market is expecting high growth that may not materialize [16][20] Conclusion - Tesla appears to be shifting focus from its core EV business to explore new opportunities, which may indicate underlying challenges in its primary revenue stream [19]

Core Viewpoint - The article discusses a breakthrough in soft robotics manufacturing through a new technique called Rotational Multi-Material 3D Printing (RM-3DP), which allows for the creation of complex, programmable soft robots with capabilities akin to "72 transformations" [1][2][5]. Group 1: Manufacturing Technique - RM-3DP enables the direct printing of intricate pneumatic networks within soft robots, akin to implanting programmable "blood vessels" and "muscles" [2]. - The technique utilizes a specially designed 3D printing nozzle and two types of inks, including a temperature-sensitive gel that supports structures during printing and can be washed away post-manufacturing to create hollow pneumatic channels [6][7][8]. - The internal channels are designed asymmetrically, allowing for controlled bending and movement when inflated, enhancing the robot's functionality [10][11]. Group 2: Programming Capabilities - The RM-3DP technology allows for dynamic programming of the internal channel's direction, shape, and size during the printing process, enabling unprecedented complexity in soft robot designs [12]. - Various complex deformation patterns can be achieved, such as periodic bending and spiral twisting, demonstrating the method's predictability and reliability [13][15]. - The ability to create localized hinges and patterned actuators further showcases the versatility of the RM-3DP technique in developing soft structures [16][17]. Group 3: Application Demonstrations - The research team successfully printed a soft robotic hand capable of independent finger movements, showcasing the practical application of the RM-3DP method [23]. - The hand was demonstrated to perform a grasping action, highlighting its potential for real-world applications in robotics [25]. - The integration of algorithmic path planning with RM-3DP allows for the rapid transformation of complex biomimetic designs into functional robots, paving the way for future advancements in soft robotics [25].