长沙晚报全媒体记者 匡小娟 通讯员 欧亚琦 11月26日，湖南具身智能创新中心启用暨蓝思光电研发生产基地项目签约仪式在长沙经开区举行。这一省级高 能级创新平台的落地与重大产业项目的签约，标志着湖南在具身智能这一国家重点未来产业布局上迈出关键步 伐，为长沙全力建设全球研发中心城市再添核心支撑。 当前，蓝思科技不仅搭建了从机器人核心部件研发、生产到整机组装的垂直整合体系，更积极构建了开放协同 的产业链生态圈。 在生活家居和智能商超区域，机器人化身贴心的助手与高效的服务员。视线转向工业场景展厅，则是另一番火 热景象：一台工业机器人臂在模拟产线上有条不紊地忙碌，进行高精度的上下料、工件打磨与精密装配，动作 干脆利落。 记者了解到，湖南具身智能创新中心首期建设面积约7000平方米，依托湖南高校科研资源，由中国工程院院 士、湖南大学教授王耀南担任技术委员会主任。中心规划建设国内领先的具身智能研发创新区、行业场景数据 采集区、工业应用实践基地及教学培训基地等，布局120台以上机器人各类应用场景。 截至目前，湖南具身智能创新中心已聚集行深智能、鸿蒙生态等近30家机器人生态企业，覆盖关节模组、控制 器、整机集成与行业解决方案等 ...

在日前第十五届全运会田径项目的第三个比赛日，一场吉祥物和机器人的赛跑在奥体中心上演，在观众 的欢呼声中，优必选人形机器人Walker S2以稳定的步伐和节奏，完成了一次百米跑。 这样充满"科技感"的画面正全方位地出现在全运会赛会各环节之中。开幕式上，人形机器人奏响青铜句 鑃；赛场上，AI相机捕捉高光时刻；赛场下，AI数字人24小时提供赛事服务。 作为首次由粤港澳三地联合承办的国家级体育盛会，十五运会和残特奥会也体现了粤港澳大湾区的高水 平科技创新能力。11月19日，南方财经记者在"科技全运"专题新闻发布会了解到，十五运会中，广东赛 区执委会协同广州、深圳等地市赛区共同遴选了130多款高科技产品，构建起科技赋能体育的广东范 式。 赛事之后，这些赛场上的"黑科技"还将继续赋能社会民生和产业发展，实现科技创新与城市发展的双向 奔赴。 科技赋能全运场景 广东作为全国科创产业高地，科技感是办赛的一大亮点。 十五运会广东赛区执委会高科技产品展示专班副组长、广东省科学技术厅二级巡视员夏奇峰表示，本届 全运会，立足广东在人工智能、机器人、新一代信息技术等领域的产业积淀与创新优势，协同广州、深 圳等地市赛区共同遴选了130多款 ...

Core Viewpoint - The article highlights the advancements in brain-computer interface technology by Qiangnao Technology, led by founder Han Bicheng, emphasizing its practical applications in improving the quality of life for individuals with disabilities [1][18]. Company Background - Qiangnao Technology, founded in 2015, focuses on developing brain-computer interfaces, aiming to bridge the gap between neuroscience research and practical applications that can bring about positive changes in people's lives [3][4]. - The company name "BrainCo" is a direct abbreviation of "brain computer interface," clearly stating its core mission [4]. Product Development - The team dedicated seven to eight years to develop a bionic hand, which is crucial for individuals with disabilities, as the hand is the most complex part controlled by the brain [8][9]. - The first generation of the bionic hand weighs approximately 500 grams, while the second generation has been reduced to over 300 grams, making it more user-friendly [11]. User Experience - User testimonials, such as that of Ni Mincheng, who has been using the bionic hand since 2019, demonstrate significant improvements in daily life, including the ability to perform tasks like cooking and writing [12][15][20]. - The technology allows for intuitive control, enabling users to operate the hand as they think, with capabilities for simultaneous and independent finger movements [13][15]. Market Position and Strategy - Qiangnao Technology has established itself as a leading player in the industry, recognized among the "Six Little Dragons of Hangzhou," which includes companies with over ten years of experience [18]. - The company emphasizes continuous optimization of user experience and adapting technology to meet the diverse needs of users, including different limb conditions and environmental factors [20][23]. Competitive Landscape - Han Bicheng expresses a strong sense of urgency regarding competition, stating that the company must innovate and improve faster than others in the field [21][22]. - The focus remains on creating practical solutions rather than mere demonstrations, with a commitment to addressing real user needs [22][23].

"人工智能是年轻的事业，也是年轻人的事业。"习近平总书记今年4月29日在上海"模速空间"大模 型创新生态社区调研时指出，我们正在全面推进强国建设、民族复兴伟业，正是年轻一代展示才华、大 显身手的好时候。 人工智能竞争，归根结底是人才竞争。谁拥有了富有创造力的青年人才队伍，谁就掌握了未来发展 的主动权。据统计，在人工智能、量子通信等前沿领域以及重大科技攻关项目中，青年科技人才承担了 超过60%的攻关任务，推动我国诸多领域实现从跟跑到领跑的跨越。"十五五"规划建议提出，"加快人 工智能等数智技术创新""抢占人工智能产业应用制高点"。 创新如潮，后浪奔涌。日前，人民日报记者走进北京智源人工智能研究院、上海"模速空间"大模型 创新生态社区、浙江强脑科技有限公司，对话85后科学家和企业家，围绕基础研究、科技成果转化应 用、政府服务支持等方面，聚焦人工智能领域的15个热点问题，从年轻人干的年轻事业，看见未来产业 的未来。 坐热基础研究的"冷板凳" ——北京智源人工智能研究院院长王仲远访谈 人民日报记者 王昊男 成立仅7年，北京智源人工智能研究院走出的人才，已相继创办10多家具有关键技术能力的人工智 能企业，1家估值逾百亿 ...

Core Insights - The article emphasizes the importance of young talent in the field of artificial intelligence (AI), highlighting that over 60% of key tasks in cutting-edge fields like AI and quantum communication are undertaken by young scientists [4] - The focus is on fostering an innovative ecosystem for AI development, with significant government support and collaboration between academia and industry [9][10] Group 1: AI Research and Development - Beijing Zhiyuan Artificial Intelligence Research Institute has produced over 10 AI companies with key technological capabilities, including one valued over 10 billion [5] - The institute prioritizes foundational research, even in less popular areas, believing that significant innovations often emerge from these "cold" topics [6][7] - The average age of researchers at the institute is around 30, promoting a culture that embraces failure as a stepping stone to success [7][8] Group 2: Innovation Ecosystem - Shanghai's "Mosu Space" has attracted over 200 companies since its establishment, with a valuation growth exceeding 10 billion for incubated firms [9][10] - The ecosystem promotes collaboration among companies, leveraging resources like computing power and data to enhance innovation [11] - The government plays a crucial role in supporting startups through funding and creating a conducive environment for growth [14][15] Group 3: Talent Development - Shanghai has a talent pool of nearly 300,000 in AI, accounting for about one-third of the national total, which is seen as a significant advantage for innovation [12] - Initiatives are in place to recruit talent from top universities and provide support for newcomers to alleviate living costs [12][13] - The establishment of AI research institutes in universities aims to build a robust talent pipeline for the industry [12] Group 4: Market Applications and Challenges - Zhejiang Qiangnao Technology Co., Ltd. focuses on non-invasive brain-computer interface technology, aiming for broader application and accessibility [16][20] - The company has achieved mass production of smart prosthetic hands, significantly reducing costs compared to foreign products [21] - The firm emphasizes the importance of continuous technological improvement and addressing user needs to maintain relevance in the market [22]

Core Insights - The article emphasizes the importance of young talent in the field of artificial intelligence (AI) and highlights the ongoing competition for talent as a key driver of future development [1][2][3] - It discusses the role of foundational research in AI, advocating for a long-term approach to innovation rather than focusing solely on short-term results [4][5][6] - The establishment of innovation ecosystems, such as the Shanghai "Mosu Space," is presented as a crucial factor in fostering AI development and collaboration among enterprises [6][7][8] Group 1: Talent and Innovation - Young scientists and entrepreneurs are leading the charge in AI, with over 60% of key projects in advanced fields like AI and quantum communication being undertaken by young talent [1][2] - The Beijing Zhiyuan Artificial Intelligence Research Institute has successfully nurtured talent that has founded over 10 AI companies, with one valued at over 10 billion [2][3] - The article stresses that foundational research, often seen as "cold," is essential for long-term breakthroughs in AI technology [4][5] Group 2: Research and Development - The research institute focuses on original innovation and core technology, emphasizing the need for patience and long-term investment in foundational research [4][5] - The failure rate of AI projects remains high, but the institute views failure as a necessary step towards success, promoting a culture of innovation and resilience [4][5][6] - The collaboration between academia, industry, and research institutions is vital for overcoming challenges in AI development [6][7] Group 3: Ecosystem and Collaboration - The Shanghai "Mosu Space" has attracted over 200 companies since its establishment, with a significant increase in valuations and investment rates among incubated firms [6][7] - The ecosystem promotes a "tropical rainforest" model of innovation, where resource density and collaboration lead to stronger innovation outcomes [8][9] - The community aims to integrate various stakeholders, including government, to create a supportive environment for AI development [9][10] Group 4: Market and Future Prospects - The article highlights the rapid growth of AI talent in Shanghai, which accounts for about one-third of the national total, as a significant advantage for the industry [10][11] - The government has established substantial funds to support AI startups, ensuring that promising projects have access to necessary resources [11][12] - The focus is on building a robust innovation ecosystem that can naturally produce leading companies in the AI sector over time [12][13]

中证报中证网讯(王珞)11月19日，十五运会广东省执委会举行"科技全运"专题新闻发布会，系统展示了 科技创新在赛事组织、场馆运营、服务保障等领域的深度融合与应用。此次全运会聚焦"科技赋能"，通 过130余款高科技产品覆盖开幕式、智慧场馆、赛事保障与科技助残四大核心场景，彰显大湾区在体育 科技领域的创新实力。 据介绍，本届全运会围绕"技绽开幕、智慧场馆、赛事保障、科技助残"四大核心场景，推动多项前沿技 术落地。开幕式上，采集十五运会"源火"火种的遥控潜水器"海马"号、奏响千年礼乐的人形机器人、"0 号火炬手""夸父"等细节都彰显了科技创新的力量；智慧场馆则融合MOC赛事智能助手、微纳米制冷涂 层、竹塑颁奖台等产品，结合5G-A与人工智能技术，实现绿色与智能双轨并行。 十五运会广州赛区执委会副主任、副秘书长，广州市政府副秘书长朱小燚在发布会上指出，广州通过高 规格科技专班与院士专家团队联动，已对接积累超400项科技成果，其中14项已落地应用于竞赛场馆与 城市服务场景。例如，香港科研团队研发的"微纳米级被动式制冷涂层"覆盖100个志愿者服务站，预计 节约用电20万度、减碳100余吨；纳米改性橡胶预制跑道实现100% ...

大型赛事历来考验城市的综合运转能力，而科技正是其中的"外挂"。全运会不仅比拼竞技实力，也在展 示城市的智慧水平。自动驾驶在广州接驳观众，香港的智能通关让过境只要几秒，澳门的智慧交通系统 实时解决路面问题……这些技术让赛会期间高度集中的人流、物流、交通与跨区域活动，都在有条不紊 中实现高效协同。科技让城市在高负荷运行下，依然平稳自如，也让人们看到了未来城市的更多可能。 从开幕式的电光水雾主火炬到智慧场馆全面升级，从AI义工向导到城市自动驾驶出行服务，科技几乎 融入了这届全运会的每一处细节。人们在观看比赛的同时，也在亲身体验各类科技创新，收获惊喜与感 动。 对于观众而言，赛场上看到的是热闹与激情，而仔细想想，这背后其实有强大的科技在稳稳托底。走进 宝安体育中心的智慧指挥中心，巨大数字大屏上，成千上万台设备的数据实时跳动。它像一个会思考的 大脑，让场馆运行更加高效、安全。本届全运会的比赛场馆，不再只是传统意义上的体育馆，而是 更"聪明"的智能空间。AI摄像机能自己追踪运动员，数字人能实时讲解比赛，机器人可以巡逻安防…… 这些技术并非花架子，而是让赛事更顺畅、精准、专业的关键支撑。 在深圳龙岗大运中心，羽毛球馆屋顶6 ...

Core Insights - The integration of technology in the National Games showcases advancements in smart venues, AI assistance, and sustainable energy solutions, enhancing the overall experience for spectators and participants [1][2] Group 1: Technological Innovations - The event features a range of technological innovations, including AI cameras that track athletes, digital avatars providing real-time commentary, and security robots patrolling venues, which contribute to a smoother and more professional event [1] - The smart command center at Bao'an Sports Center utilizes real-time data from thousands of devices, improving operational efficiency and safety [1] Group 2: Sustainability Efforts - All competition venues in the Shenzhen area utilized 100% green electricity during the event, resulting in a reduction of approximately 50,000 tons of carbon emissions, equivalent to planting 2.7 million trees [1] - The installation of 6,500 square meters of photovoltaic panels at the badminton venue and a 40% reduction in energy consumption from LED sports lighting in the swimming venue highlight the commitment to sustainability [1] Group 3: Urban Mobility and Smart City Solutions - The event demonstrated the city's smart capabilities, with autonomous vehicles transporting spectators, intelligent customs in Hong Kong facilitating quick border crossings, and real-time traffic management in Macau [2] - The technologies implemented during the event are expected to continue benefiting urban life and industries post-event, indicating a long-term impact on urban infrastructure [2] Group 4: Societal Impact - The technological advancements showcased during the National Games are not just for the event but are also aimed at improving everyday life, with applications for special needs communities and potential use in various public spaces [2] - The event serves as a catalyst for industrial upgrades, with the benefits of technology extending beyond the sports arena into broader societal applications [2]

Core Insights - The current AI investment boom is characterized by both revolutionary potential and speculative bubbles, with experts suggesting that the true bubble lies in unrealistic macro narratives rather than the technology itself [1][7]. Group 1: AI Investment Trends - A significant portion of the U.S. economic growth this year is attributed to AI investments, with predictions indicating that over 90% of this growth is linked to AI [1]. - The concentration of market value in the U.S. stock market is notable, with over 30% of the S&P 500 index value held by the top seven tech companies [2]. - The AI investment trend is described as a "rational bubble," where the costs of under-investment are perceived to outweigh the risks of over-investment [2]. Group 2: Historical Context and Future Outlook - Historical patterns show that disruptive technologies often come with significant investment bubbles, which are difficult to avoid [3]. - The development of AI in China is aimed at breaking supply-side growth constraints through productivity improvements, especially in light of an aging population [3][4]. - The "Solow Paradox" is referenced, highlighting the discrepancy between technological advancements and actual productivity gains, emphasizing the need for AI to enhance productivity across various sectors [4]. Group 3: Practical Applications and Market Dynamics - The AI landscape is expected to evolve significantly by 2025, moving beyond basic content generation to deeper industrial applications [5][6]. - The Chinese government has set ambitious goals for AI integration across various sectors, aiming for over 70% application penetration by 2027 [6]. - Startups focusing on vertical applications of AI are seen as more viable than those attempting to develop foundational models without clear market needs [7]. Group 4: Addressing the AI Bubble - The notion of "squeezing" the bubble through genuine market demand and solving real problems is emphasized, with a focus on practical applications of AI technology [7]. - The importance of aligning AI development with actual human needs is highlighted, as seen in projects aimed at creating assistive technologies for individuals with disabilities [7].