Core Insights - The article discusses the innovative FoRoGated structure developed by a research team from Seoul University, which combines origami techniques and weaving to create a highly efficient and scalable robotic mechanism [4][10][12]. Group 1: Technology and Innovation - The FoRoGated structure addresses the challenge of creating a compact yet strong robotic arm that can both store efficiently and bear significant loads [5][9]. - Traditional telescopic mechanisms face limitations in terms of bending resistance and compactness, often requiring trade-offs between strength and size [6][9]. - The new design allows for a multi-layer structure that provides high strength and rigidity while maintaining compact storage capabilities [10][12]. Group 2: Performance Evaluation - The mechanical performance of the FoRoGated structure shows high scalability and directional strength, with bending stiffness and critical load capacity increasing linearly with the number of strips used [18][19]. - In comparative tests, a two-strip FoRoGated structure demonstrated 1.55 times the bending stiffness and over three times the critical bending moment of traditional structures like the TRAC arm [21]. - As the number of strips increases, the strength in non-primary directions also significantly improves, making it suitable for complex loading conditions [21]. Group 3: Practical Applications - The article highlights two impressive applications of the FoRoGated structure: a compact shelf-operating robot and a deployable mobile 3D printing robot [22][28]. - The compact robot features a FoRoGated structure that can extend to 1.6 meters while carrying a load of 0.5 kilograms, showcasing its utility in everyday environments [23][28]. - The 3D printing robot can expand to a height of 3.43 meters and support a 12.5-kilogram 3D printing system, demonstrating the structure's stability and precision in high-demand tasks [32].

Investor hype over Chinese robotics stocks is giving way to deepening unease, with the latest government warning against a potential bubble bringing fresh scrutiny to the sector’s lofty valuations https://t.co/udym6BEOH3 ...

Investor hype over Chinese robotics stocks is giving way to deepening unease, with the latest government warning against a potential bubble bringing fresh scrutiny to the sector’s lofty valuations. The Solactive China Humanoid Robotics Index surged nearly 60% this year to an October high, thanks to an earlier wave of bullish bets driven by supportive policies and viral clips of dancing, kickboxing, and racing humanoid robots. The sector, which blends China’s AI prowess and manufacturing strength, formed ...

Core Insights - Sunday Robotics has emerged from stealth mode, revealing a team with significant experience from Tesla, including at least 10 former employees involved in Tesla's humanoid robot and self-driving initiatives [1][4] - The startup has introduced its home robot, Memo, which is capable of performing various household tasks [5] Company Overview - Sunday Robotics was co-founded by Cheng Chi and Tony Zhao in 2024, with Zhao having interned on Tesla's Autopilot team [5] - The company employs around 50 people, including engineers and memory developers focused on training the robot [4] Product Development - The home robot, Memo, was unveiled on November 19, showcasing its ability to pick up wine glasses, load a dishwasher, and fold socks [5] - Sunday Robotics is part of a growing trend in the robotics industry, with other startups like 1X also developing consumer-ready home robots [7] Team Composition - The team includes former Tesla employees with extensive backgrounds in AI infrastructure and robotics, such as Perry Jia and Nadeesha Amarasinghe, who worked on Tesla's Autopilot and Optimus programs [2][3] - The startup also has several former interns and employees from Tesla's Autopilot team, indicating a strong foundation in advanced robotics [4]

Core Insights - Symbotic's stock price surged 63.8% to an all-time high of $87.88 per share, driven by strong financial performance and new client acquisition [1][2] - The company reported a 26% increase in full-year revenue, reaching nearly $2.3 billion, and a 9% rise in fourth-quarter revenue [3] - Symbotic's operational robotic systems nearly doubled to 48, and it ended the fiscal year with a backlog of $22.5 billion, indicating robust growth potential [3][6] Financial Performance - Full-year revenue increased by 26% to nearly $2.3 billion, with fourth-quarter revenue up by 9% [3] - Gross margin stands at 18.07%, reflecting the company's profitability [5] Market Expansion - Symbotic is entering the healthcare market by signing Medline as a new customer, which is expected to unlock significant growth opportunities [6][7] - The partnership with Walmart, the largest customer, continues to strengthen, with Walmart financing new micro-fulfillment systems [5][6] Growth Potential - The entry into healthcare opens a massive new market for Symbotic, potentially attracting interest from other industries [7] - The company's substantial backlog of $22.5 billion is nearly ten times its revenue from the last fiscal year, indicating strong future demand [3][7]

false Trading Ideas Stock Market Crypto Forex Economic Commodity Video World Sub-Editor Devesh Kumar Humanoid robot orders to explode in 2026, but Tesla stock is unlikely to benefit Written by Wajeeh KhanWajeeh K. Wajeeh Khan Staff Reporter Wajeeh Khan Staff Reporter Wajeeh is a Staff Reporter at Invezz covering the European, Asian and North American stock markets. Wajeeh has nearly a decade of experience in financial journalism. read more. Edited by Devesh KumarDevesh K. Devesh Kumar Sub-Editor Devesh is a ...

SHENZHEN, China, Nov. 28, 2025 (GLOBE NEWSWIRE) --  MingZhu Logistics Holdings Limited (Nasdaq: YGMZ, “MingZhu” or the “Company”) today announced that its subsidiary, Mingzhu Technology Limited, has entered into a significant sales contract with TickToc Apex Inc. (“TickToc Apex”) on November 27, 2025 for the supply and sale of 10,000 advanced MZ-01 model Robot Dogs. Under the contract, Mingzhu Technology will deliver all Robot Dog products in batches to TickToc Apex’s designated domestic warehouse in the Un ...

在科幻电影中，手术机器人总能精准无误地完成各种复杂操作。然而在现实中，要让机器人实现如此稳定可靠 的精巧操作，却一直是科学家们攻坚的难题。 传统解决方案依赖于复杂的电子力传感器和算法，但这带来了成本高昂、在狭小或特殊环境中可靠性不足等问 题。 有没有一种更简洁的解决思路？ 近日， 浙江大学航空航天学院交叉力学中心杨卫院士、李铁风教授、杨栩旭研究员团队与浙江大学医学院附 属邵逸夫医院蔡秀军院士团队 协作，联合多个学科交叉研究 一项研究成果，作为 封面文章登上国际顶刊《 Nature 》 。 研究团队从 "系鞋带"这个日常动作中汲取灵感，开发了一种基于滑结的机械智能传动机制。创 新性提出 "Sliputure"——活结智能缝线， 成功将其应用于外科缝合，并有望指导其他机器人和智能结构设 计。 这项技术无需任何电子传感器和复杂程序，就能让 机器 人与 医生以 95.4%的超高一致性 传递 和感知力度 ，仿佛被赋予了与生俱来的肌肉记忆。 临床实验表明， 此项技术能让初级外科医生的手术打结力精度飙升 121% ， 比 肩资深医学专家。 这究竟是如何做到的？又将为机器人领域带来怎样的革命？ ▍ 横在 机器人 面前的一座大 ...

跨学科的合作与探索,确保技术应用 的安全性与可持续性。在这个生态系 统中，政府、科研机构、企业和公众 都应积极参与，共同探讨利用具身智 能技术推动社会进步。 在这一时代，具身智能（Embodied Intelligence ） 从 "算 法 驱 动 " 向 "物理交互驱动"进行跃迁，标志着 我们正在迈入一个人与机器深度融合 的新阶段――人机共生成为关键。人 类与智能系统之间的合作关系不仅能 够提升生产力，还能在各个领域创造 新的价值。以机器人为代表的具身智 能系统,能在家庭、制造、特种等行 业辅助人类完成复杂任务，并帮助人 类作出更明智的决策。人类则以其独 特的情感和创造力，推动智能技术的 快速发展。 构建一个健全的人机共生生态,需要 分论坛主题 具身智能时代，人机共生生态 组织机构 艺五五十 エリ宇 | 山 香港科技大学 (广州) 协办单位 香港科技大学（广州）系统枢纽、信息枢纽 分论坛时间 2025年12月8日 (周一) 9:00-17:00 分论坛地点 广东省广州市南沙区 南沙国际会展中心·香港厅A 分论坛议程 开幕式 09:00-09:20 揭牌仪式 09:20-09:30 主旨报告 09:30-10 ...

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