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特斯拉车祸,被判赔偿超 2 亿美元;传 OpenAI 将推 10 美元「亲民订阅」;影石刘靖康:祝贺同行大疆推全景相机
Sou Hu Cai Jing· 2025-08-03 00:07
自驾出致命车祸!特斯拉被判赔超 2 亿美元赔偿金,马斯克:将上诉 据央视报道,当地时间 8 月 1 日,美国佛罗里达州一个陪审团作出裁定:美国电动汽车制造商特斯拉应为 2019 年一起致命车祸承担部分责任。 这起事故中,一辆配备自动驾驶系统的特斯拉 Model S 酿成惨祸,陪审团判令特斯拉向一名遇难女性的家属及一名伤者支付约 2.43 亿美元赔偿金。 赔偿金额具体包括 1.29 亿美元的补偿性赔偿金(其中特斯拉需承担 33% 的责任)以及 2 亿美元的惩罚性赔偿金,两项合计约 2.43 亿美元。 对此,特斯拉首席执行官马斯克当天表示,特斯拉将对佛罗里达州陪审团的这一裁决提起上诉。(来源:快科技) 月费 10 美元?OpenAI 被曝为轻度 ChatGPT 用户推 Go 最亲民订阅 科技媒体 bleepingcomputer 近日发布博文,报道称 OpenAI 计划为 ChatGPT 推出名为 Go 的新订阅计划,定价低于当前的 Plus 方案(月费 20 美元)。 OpenAI 目前为 ChatGPT 提供了两种订阅计划,其中 Plus 订阅月费为 20 美元(现汇率约合 144.1 元人民币),可优先体验 ...
六月以来涨幅居同标的第一,机器人ETF(159770)连续两日“吸金”,盘中实时净申购达1300万份,全球首家机器人6S店在深圳开业
Group 1 - The Robot ETF (159770) experienced a slight decline of 0.85% on July 30, with a trading volume exceeding 600 million yuan and a premium rate of 0.06%, while real-time net subscriptions reached 13 million units [1] - Among the constituent stocks, Dongjie Intelligent rose over 8%, with other stocks like Leisai Intelligent and Yuntian Lefeiyu-U also showing gains. The Robot ETF has seen a net inflow of over 82 million yuan in the past two days, with a total increase of 9.09% since June, leading its peers [2] - The Robot ETF closely tracks the CSI Robot Index, with significant allocations in manufacturing and information technology sectors, featuring major holdings such as Huichuan Technology and iFlytek [2] Group 2 - The first global robot 6S store opened in Longgang District, Shenzhen, showcasing various types of robots and offering rental and customization services, enhancing the traditional 4S store model [3] - At the 2025 World Artificial Intelligence Conference, a fund of 3 million yuan was established to support research in humanoid robots, targeting young scholars in domestic universities and research institutions [3] - The WAIC 2025 event in Shanghai featured over 150 humanoid robots, marking the largest display of humanoid robots in China, indicating potential opportunities in the domestic core industry chain [4]
我国机器人产业提“智”向新
Yang Shi Wang· 2025-07-29 18:58
Industry Overview - The robot industry in China is experiencing robust growth this year, with continuous breakthroughs in technology and intelligence levels, as well as an expansion of application scenarios and accelerated industrial upgrades [1] Technological Advancements - Robots are currently being tested in complex outdoor environments, demonstrating capabilities such as climbing slopes, autonomously getting up within 0.5 seconds after falling, and maneuvering with a load of 13 kilograms, all thanks to flexible bionic joints [3] - The domestic production rate of core components for humanoid robots has surpassed 70%, with the industry scale expected to exceed 37.9 billion yuan this year [3] Application and Market Expansion - Over 50 application testing scenarios have been opened nationwide, leading to continuous breakthroughs in robotic joints and other technologies [3] - In service centers, caregiver robots can perform tasks such as folding clothes, serving tea, and providing accurate health monitoring [3] Industry Collaboration and Growth - The synergy within the industrial chain is improving, exemplified by the proximity of upstream suppliers of tactile sensors to machine manufacturers in Shenzhen's "Robot Valley," facilitating real-time data sharing [5] - In the first half of this year, the production of industrial robots and service robots increased by 35.6% and 25.5% year-on-year, respectively [5] - There are over 930,000 robot-related enterprises in China, with more than 100,000 new companies added in the first half of this year, marking a 45% increase compared to the same period in 2024 [5] Intellectual Property and Innovation - The number of effective patents related to robots has exceeded 190,000, accounting for approximately two-thirds of the global total [6]
实地探访“保姆机器人”正精准适配不同生活场景 未来市场空间广阔
Yang Shi Wang· 2025-07-28 01:54
Core Insights - The "Smart Future - Care Robot Conference" will be held in Beijing, focusing on the emerging industry of care robots and exploring how technology can enhance future living [1] - Care robots differ from traditional household or industrial robots by providing comprehensive care for family members in daily life [1] Industry Overview - Care robots are categorized into four main types: 1. Nursing assistance robots for helping the elderly or those with mobility issues 2. Health monitoring robots that measure vital signs and remind users to take medication 3. Daily service robots for household chores like cleaning and cooking 4. Social companion robots for interaction and emotional support [1] - Applications are divided into three scenarios: home, institutional, and community [1] Market Potential - Despite current challenges in cost, performance, and application, the market for care robots is expected to grow significantly due to the increasing demand for home care and assistance driven by an aging population [3] - By the end of 2024, the elderly population aged 60 and above in China is projected to reach 310 million, accounting for 22% of the total population, with expectations to exceed 400 million by 2035 [5] Technological Innovations - New care robots are being developed with advanced features, such as the "Photon" robot, which can perform various tasks including making salads and cleaning, and has already received market orders [6] - Innovations include high-load coupling drive joints for safe patient transfer and integrated sensors for real-time interaction and environmental awareness [8] - Full-sized humanoid robots are being designed for multiple applications, including hospitality, education, and hazardous environment operations [10] Industry Ecosystem - The development of care robots involves multiple key components, including high-end manufacturing, sensors, chips, algorithms, control systems, operating systems, and content services, which could lead to a complete high-quality industrial ecosystem [14]
下一代智能体如何跨界进化(唠“科”)
Ren Min Ri Bao· 2025-05-09 22:29
作为人工智能最主要的载体,智能体由硬件、软件等多种要素组成,能够感知周围环境,并根据自身所 处环境做出判断和决策。在我们的日常生活中,一辆辅助驾驶的汽车是智能体,可以根据路况自主地踩 油门或者刹车;家里的扫地机器人也是智能体,能识别地板上是纸屑果皮还是灰尘,并选择合适的清洁 方式。 实际上,智能体并非向来智能,它们的进化史就像一个人的成长史。早期,智能体只会"死记硬背"。例 如,1997年击败国际象棋冠军的超级电脑"深蓝",其实是存储了几十万局棋谱的"复读机",遇到规则外 的招式就会卡壳。2014年,谷歌研发的AlphaGo开启了"思维训练"的模式,智能体开始通过自我学习提 升自身能力,并逐渐进阶为某个专项领域的高手。2022年,以ChatGPT为代表的大语言模型横空出世, 标志着智能体发展出较高的智能水平。例如,借助AI大模型破译甲骨文时,它会自主调取青铜器纹样 数据库来"脑补"生僻字的字义,甚至根据上下文的意思"创造"新字符。 与智能体进化相对应的,是智能体训练方法的变化。 想象未来某天,你的保姆机器人接到下楼买咖啡的指令,自主完成开门、乘坐电梯、寻找便利店、取咖 啡、付钱等一连串动作,最后将咖啡递到你手 ...