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四川省政协委员李佳蔚:加快拓展具身智能养老应用场景,引爆银发经济新增长点
Mei Ri Jing Ji Xin Wen· 2026-02-05 08:32
李佳蔚分析,截至2025年,四川省60岁以上人口已达1976.16万,65岁以上人口占比达17.39%,远超深度老龄化标准,养老护理人员缺口巨大。与此同时, 我国银发经济规模持续攀升,预计2026年将突破12万亿元,智慧养老设备市场空间广阔。 每经记者|唐元 每经编辑|余洋 "随着老龄化持续深化,银发经济成为培育新增长动能的重要领域。具身智能以人形机器人等为载体,融合多模态感知等核心技术,可精准适配多元养老场 景,破解服务供给短缺痛点。"在今年四川省两会上,四川省政协委员、成都市新联会副会长李佳蔚指出。 她认为,具身智能技术能够精准适配多元养老需求,有效破解养老服务供给短缺难题,是推动四川省银发经济提质增效、形成强劲增长点的重要突破口。 搭建数字化服务体系,破解多元养老困局 其次,拓展多元场景,提升产品适配性。聚焦居家、社区、机构三大养老场景,拓展高端应用,试点"具身智能+旅居康养"模式。三是完善支付体系,激活 市场消费潜力。扩大政府补贴覆盖面,将具身智能养老产品及服务纳入补贴,推行"以租代买"降低使用门槛,精准对接"60后"群体,激活消费潜力。 四川省政协委员、成都市新联会副会长李佳蔚 图片来源:受访者提供 ...
欠债8年未回国的贾跃亭,发布人形机器人!网友:“车都没造明白”
Hua Xia Shi Bao· 2026-02-05 08:23
2月5日,FF创始人贾跃亭宣布推出Futurist、Master、Aegis三大系列EAI机器人产品,正式进军机器人领 域。 其中,全尺寸人形机器人Futurist系列被FF定义为"职业型具身智能人形机器人",基于NVIDIA Orin平 台,具备高达200 TOPS的算力,并支持持续升级与扩展;运动型人形机器人Master系列全身(不含手) 拥有30个自由度,动作定位精度可达5毫米;Aegis系列为四足安防陪伴机器人。 贾跃亭又有新动作。 Futurist系列终端起售价为34990美元(约合24.3万元人民币);Master系列起售价为19990美元(约合 13.9万元人民币);Aegis系列起售价为2499美元(约合1.73万元人民币)。 不过,对于贾跃亭此次发布的机器人产品,网友似乎并不看好,直呼"电车都没造明白,又追风搞机器 人"。据了解,贾跃亭从2014年开始官宣造车以来,到目前为止交付量仅20多台。 此前,FF几近破产,2025年4月,贾跃亭重新出任FF的Co-CEO,试图重塑FF。 此前,贾跃亭在微博发布出镜视频,称生命中最重要的事情之一是"早日还债回国"。他将继续全力推动 法拉第未来(以下简称 ...
雄安新区面向全球发布564项未来场景需求 总投资92.9亿元
Zhong Guo Xin Wen Wang· 2026-02-05 08:21
Core Insights - The third Xiong'an Future City Scenario Conference has officially released its first batch of 564 scenario demands, with a total investment of 9.29 billion RMB [1][2] - The conference aims to foster innovation and application of new technologies and products, accelerating the transformation of scientific achievements into practical applications [1] Investment Breakdown - The scenario demands cover nine areas, with specific investments allocated as follows: - Aerospace information: 41 demands with an investment of 1.06 billion RMB, focusing on "Satellite Internet+" and "Beidou+" scenarios [1] - Low-altitude transportation: 55 demands with an investment of 750 million RMB, including low-altitude applications and infrastructure [1] - Robotics: 69 demands with an investment of 400 million RMB, encompassing industrial, service, and special robots [1] - Healthcare: 37 demands with an investment of 220 million RMB [2] - Smart agriculture: 61 demands with an investment of 870 million RMB [2] - Safety and emergency: 62 demands with an investment of 390 million RMB [2] - Green energy: 59 demands with an investment of 2.52 billion RMB [2] - Smart city: 68 demands with an investment of 960 million RMB [2] - Artificial intelligence: 112 demands with an investment of 2.12 billion RMB [2]
光谷发布400项场景清单,为创新提供“应用土壤”
Di Yi Cai Jing Zi Xun· 2026-02-05 08:17
供给场景清单则整合区域创新资源,筛选出270项技术实力强、服务水准高的优质供给,构建起全链条 服务生态。其中新领域新赛道92项,具备低空飞行平台、机器人交互系统等核心能力;产业升级68项, 覆盖半导体检测、智慧工厂整体解决方案;行业应用9项,提供行业大模型、数据安全平台等技术;社 会治理34项,拥有低空安防、交通调控等支撑能力;民生服务67项,涵盖AI诊疗、智慧教育等产品体 系。此清单旨在向社会广泛推介"光谷优秀方案",为光谷企业的新产品、新技术提供明确的应用入口和 市场验证空间。 因缺少"第一个吃螃蟹的人","新技术"难以跨越"应用鸿沟",硬被拖成了"老技术"。如何破解这一难 题? 电鹰科技相关负责人认为,此次发布的"三张清单",精准回应了行业共性痛点,为企业新技术、新产品 搭起了一座"落地桥",提供了明确的应用入口和市场验证空间,将大大提高供需对接效率。 2月5日,武汉光谷对外发布首批400项光谷2026年创新应用场景清单。场景清单紧扣"新领域新赛道、产 业转型升级、行业领域深度应用、创新社会治理、丰富民生领域"五大重点方向,包括10项典型应用场 景、120项需求场景、270项供给场景,以打通创新成果转化 ...
特斯拉称其人形机器人将能在任何宜居星球上独立建立文明
Feng Huang Wang· 2026-02-05 08:11
Core Viewpoint - Tesla is set to unveil its third-generation humanoid robot, which features significant advancements in autonomous learning capabilities, allowing it to learn new skills through observation and verbal instructions [2] Group 1: Product Features - The third-generation humanoid robot can learn without complex programming, simply by observing human behavior, receiving verbal descriptions, or watching demonstration videos [2] - This robot is designed to be a general-purpose humanoid, capable of executing tasks based on learned skills [2] Group 2: CEO Insights - Elon Musk expressed confidence that the robot's performance will surprise everyone, highlighting its ease of human interaction and learning capabilities [2]
林安江:打通港澳与江门人才流通通道,搭建科创成果转化平台
Nan Fang Du Shi Bao· 2026-02-05 08:01
"从美国贸易市场到江门科创沃土,从传统行业转型到人工智能领域深耕,我始终坚信,家乡江门是实 现科技梦想的最佳舞台。"江门市政协委员、江门市工商联(总商会)副会长、广东印星科技有限公司 董事总经理林安江在接受南都记者采访时,话语中满是对江门的深情与认可。这位土生土长的江门蓬江 人,深耕科创领域十余年,不仅带领广东印星科技在人工智能运动控制、仿生机器人研发领域崭露头 角、站稳脚跟,更创新探索"香港研发+江门制造"的湾区协同模式,为江门机器人产业高质量发展注入 强劲动力。 "对比深圳、东莞,江门的用地、用工成本优势明显,能帮我们减轻资金压力,把钱用在研发刀刃 上。"林安江回忆,2017年公司成立之初,他用自有物业作为临时办公场地,省去租房开支实现"低成本 起步"。这份信任很快收获回报——在江门市工商联、江海区科技局等部门帮扶下,印星科技享受行政 审批"绿色通道",还获得创业扶持资金和人才补贴,从初创小团队成长为行业新锐企业。 优势作支撑,江门成科创企业"成长沃土" "如果说乡情是'引路牌',那江门的发展优势,就是我们扎根壮大的'定心石'。"在林安江看来,江门能 吸引并留住科技企业,得益于营商环境、区位交通、产业生态 ...
构建生态 规制风险 培育人才
Xin Lang Cai Jing· 2026-02-05 07:53
Group 1 - AI is a high-frequency term at the Shanghai Two Sessions, reflecting its significance across various sectors such as education, healthcare, and law [2][4] - The discussions around AI in Shanghai are focused on opportunities, responsibilities, and foresight, aiming to position the city as a global AI hub [2][4] - The development of large models has shifted from a "hundred models battle" to a "head-to-head competition," emphasizing the need for a collaborative ecosystem [5] Group 2 - The competition in AI is not just about technological breakthroughs but also about building a collaborative industrial ecosystem [6] - Shanghai has several listed chip companies, but there is a lack of synergy among them, highlighting the need for a public platform for unified software and hardware development [6] - The value of AI must be realized through practical applications, necessitating the cultivation of "unicorn" companies in vertical industries like finance and biomedicine [6] Group 3 - The market for embodied intelligence, represented by humanoid robots, is expected to grow significantly, with China potentially becoming a global leader in the next decade [7] - Shanghai has a strong manufacturing base and a complete industrial chain, but it faces challenges in market recognition and differentiation in the robotics sector [7][8] - There is a need to create a dynamic industry database to map the robotics sector and establish subsidy policies for both demand and supply sides [8] Group 4 - Attracting international top talent is crucial for Shanghai to become a globally influential tech innovation center [9] - The city has gathered leading companies across all AI sectors, but it must enhance its international dimension to attract global innovation elements [9] - The "15th Five-Year Plan" emphasizes supporting diverse innovation entities, including one-person companies, to foster a vibrant innovation ecosystem [9] Group 5 - The rapid proliferation of AI technology has led to its misuse, particularly in e-commerce, where it is being weaponized for malicious activities [10] - Strengthening regulatory frameworks and establishing collaborative governance mechanisms are essential to mitigate the risks associated with AI misuse [10] - Proposals include creating a green channel for merchant rights protection and deploying AI technologies to identify fraudulent activities [10] Group 6 - AI talent cultivation is critical, with universities needing to reform their educational approaches to prepare students for the AI era [12] - The establishment of the AI4T Collaborative Innovation Research Institute aims to integrate industry and education, focusing on practical applications of AI [12] - The next five years are seen as a crucial window for seizing opportunities in the AI revolution, with an emphasis on innovation and entrepreneurship [13]
特斯拉称其机器人将能独立建立文明
Jin Rong Jie· 2026-02-05 07:43
2月5日,特斯拉发文称,特斯拉 人形机器人将能够在任何宜居星球上独立建立文明。 ...
特斯拉称其机器人将能“在任何宜居星球独立建立文明”
Xin Lang Cai Jing· 2026-02-05 07:04
2月5日,特斯拉发文称,特斯拉人形机器人将能够在任何宜居星球上独立建立文明。 责任编辑:李昂 责任编辑:李昂 2月5日,特斯拉发文称,特斯拉人形机器人将能够在任何宜居星球上独立建立文明。 ...
清华发布两款海洋仿生机器人,一个能两栖,一个能钻洞!
Xin Lang Cai Jing· 2026-02-05 06:55
曲钧天介绍,两款机器人均体现了"仿生智能"的前沿理念。另一款磁吸式柔性机器人模仿的是海洋深处 常见的蠕虫,适用环境是复杂的管道。"管道是能源运输与城市运维的核心基础设施,其隐蔽性、复杂 性给检测维护带来了挑战。传统刚性管道机器人结构复杂、控制难度大,在小管径、破损管道或动态水 流等复杂工况下适应性受限;现有软体机器人虽具备灵活性优势,但普遍存在流阻大、负载能力弱、难 以应对真实管道故障等问题。" 磁吸式柔性蠕虫机器人 团队创新性地采用星形三向锚定足与纤维增强波纹管主干设计,让机器人兼具柔性与高负载能力。"它 的重量仅120克,却能在垂直管道中推动750克、拉动309.5克的物体,还能适应0度至90度的管道倾 角。"他说,搭载摄像头后,机器人可在复杂管道内部完成巡检任务。 目前,团队正在对两款机器人开展持续的技术优化,推动它们在海洋环境探测、基础设施巡检等领域应 用。 拥有四只仿生鳍肢的海龟机器人,能在水陆交界的复杂区域自如漫步;外表像蠕虫的磁吸式柔性机器 人,可以推动重量是自己体重6倍的物体,在复杂管道内自由穿梭。清华大学海洋软体机器人与智能传 感实验室近日发布了两款海洋仿生机器人,为海陆两栖跨介质探测与水下 ...