作为科技界的"春晚"，CES 2026如约而至。 美西时间1月6日，国际消费类电子产品展览会正式开展，并持续到1月9日。作为全球科技产品发展的风 向标，CES以汇集当下最新的创新技术闻名，也是预测未来的窗口。 而今年这场科技盛宴之所以热度非凡，还在于AI时代中美科技顶流的强强相遇。 但不同的是，从芯片到硬件再到垂直场景，硬碰硬拼产品注定是新年关键词。 万物即可AI，杀手级的应用到底在哪？AI竞争从云端走向终端，由"炫技"转向务实，从理念碰撞转向产 品竞争，标注着AI竞争走向新维度。 当AI拥有实体，也预示着一场去伪存真的残酷大考。哪些是提升生产力、解决生活痛点的真需求，哪 些是风口之上的伪创新，有用与无用，将随着大量产品的落地得到验证。 拉斯维加斯一夜变身科技之城，像是映射科技产业的一场豪赌。CES是科技的秀场，也是剧透未来的战 场。硬件爆发让AI与物理世界的"链接"唾手可得，赢家的奖励将是下一个十年甚至更久的增长引擎。 芯片的跨越式成长，不仅是流畅运行更复杂的本地大模型，将用户的隐私与效率推向新高度。英伟达、 英特尔、AMD、高通的激烈角逐，各家芯片制程工艺的代际跨越，也是技术路线的选择，更是对未来 计算架 ...

平均每周就有一家新企业登陆资本市场，每两天就有一宗上市公司并购重组发生，全年分红规模超3000 亿元，全国每5元研发投入就有1元出自广东——这四个数据折射出这个经济第一大省2025年的资本市场 建设活力。 2025年，广东上市公司军团以1224家的总量稳坐全国头把交椅，更令人瞩目的是，其在总市值、研发投 入、并购重组等涵盖规模、质量、动能、生态的十大核心指标上位列全国前列。 多项反映经营质量、创新效能与社会贡献的关键指标上位居全国前列。 将时间周期拉长，翻开"十四五"以来，A股市场各项指标排名，广东多项指标创下了第一的纪录。比如 A股公司总数量、新增上市公司数量、回购增持、上市公司研发强度、知识产权总量、并购重组、外资 持有上市公司家数等，均位居全国首位。 从"数量领先"到"质量领跑"，广东资本与产业正以深度绑定重塑竞争优势，正从"高原"之上，奋力攀登 高质量发展的"创新高峰"，为"再造一个新广东"写下坚实的资本市场注脚。 01 硬核数据，多项全国第一 年末盘点，广东资本市场交出了一份令全国瞩目的答卷。 2025年，广东A股总市值增长29.0%——这一增速跑赢全年大盘整体的涨幅，展现出了扎实的增长韧 性。 要 ...

【CES2026，AI竞争"硬碰硬"】#科技秀场CES# 作为科技界的"春晚"，#CES2026如约而至#。 虽然苹果继续缺席，但英伟达、AMD、联想、海信、TCL等主流焦点公司将登台，中美科技企业也借 此展开新一轮AI对话和切磋。 但不同的是，从芯片到硬件再到垂直场景，硬碰硬拼产品注定是新年关键词。 而今年这场科技盛宴之所以热度非凡，还在于AI时代中美科技顶流的强强相遇。 芯片是老角色，但从不缺新故事。2026年更是如此，当AI应用从纸上谈兵走向商业实战，芯片的能效 比与AI算力直接决定了用户体验。 芯片的跨越式成长，不仅是流畅运行更复杂的本地大模型，将用户的隐私与效率推向新高度。英伟达、 英特尔、AMD、高通的激烈角逐，各家芯片制程工艺的代际跨越，也是技术路线的选择，更是对未来 计算架构的押注。 具身智能则是新看点，又以中国机器人军团的集中亮相成为焦点。大量人形机器人企业首秀，让中国企 业的参展格局正在发生结构性变化。除了联想、海信、TCL、京东方等传统巨头，更具爆发力的具身智 能成为证明"中国创新"硬实力的新坐标。 这个赛道复制了生成式AI的爆发路径，但速度更快、产品更实、场景更真，成为过去一年中国AI ...

Core Viewpoint - The company Keda Xunfei (002230) is enhancing its AI services through the Xunfei Robot Super Brain platform, which is based on the Xunfei Super Brain 2030 technology, aimed at providing multi-modal perception and interaction capabilities to robot manufacturers [1] Group 1: Technology and Services - The Xunfei Robot Super Brain platform offers AI services that enable robots to listen, speak, understand, and act, facilitating rapid integration for manufacturers [1] - The platform will undergo a significant upgrade on October 28, 2025, focusing on addressing real-world interaction challenges and industry development needs [1] - Key technological breakthroughs include multi-person multi-modal noise reduction, high emotional intelligence dialogue experience, precise response to continuous commands, and a comprehensive solution for embodied intelligence [1] Group 2: Industry Collaboration - The company has established partnerships with over 500 intelligent robot manufacturers, including leading firms such as Yushu, Zhiyuan, Yinhe General, and Songyan Power [1] - The collaboration spans various types of robots, including humanoid robots, quadruped robots, and public service robots [1]

Core Viewpoint - The company is enhancing its AI services through the upgraded iFlytek Robot Super Brain platform, which focuses on multi-modal perception and interaction capabilities, aiming to assist robot manufacturers in rapid integration and development [1] Group 1: Technology and Features - The iFlytek Robot Super Brain platform is built on the iFlytek Super Brain 2030 technology foundation, providing core AI services to robot manufacturers [1] - The platform's upgrade, scheduled for October 28, 2025, addresses real-world interaction challenges and industry development needs, featuring breakthroughs in multi-person multi-modal noise reduction technology, high emotional intelligence dialogue experience, precise response to continuous commands, and a comprehensive solution for embodied intelligence [1] - The platform allows for low-threshold access through an integrated hardware and software approach, facilitating quick adoption by manufacturers [1] Group 2: Industry Collaboration - The company has established partnerships with over 500 intelligent robot manufacturers, including leading firms such as Yushu, Zhiyuan, Galaxy General, and Songyan Power [1] - The collaboration spans various types of robots, including humanoid robots, quadruped robots, and public service robots, indicating a broad industry reach [1]

Core Viewpoint - Chinese companies are leveraging technological innovation to meet market demands and are making significant changes in production and daily life through focused efforts in niche areas [3]. Group 1 - The development of industrial robots is highlighted, emphasizing their capability to handle multiple tasks [3]. - Precision manufacturing is essential for creating components like watch movements, indicating the high standards required in production [3]. - Underwater robots are being developed to explore deeper parts of the ocean, showcasing advancements in technology [3].

记者丨 程浩 于长洹 编辑丨蒋韵 2026年伊始，"世界工厂"东莞，已经呈现出一派火热的繁忙景象。元旦假期涌动的人流、生产 线上轰鸣的机器、实验室中奔忙的科技人员……一幅幅热火朝天的拼经济画卷正在铺展。 元旦假期刚过，东莞就召开了"新年第一会"。1月5日，中国共产党东莞市第十五届委员会第十 一次全体会议暨市委经济工作会议召开。 开局关乎全局，起步决定走势。2026年是"十五五"开局之年，会议指出，要实现战略目标，必 须在"十五五"开局之年打响第一炮、力争开门红。 当前，东莞正处于承前启后、转型跨越的关键时期，在"智创优品、和美宜居"的战略目标下， 东莞进一步提出实施"九大行动"的思路举措，力争在湾区引领、动力引领、科创引领、产业提 升、消费投资提振、环境提升、品质民生建设、全域文明建设和治理效能建设等九个方面取得 新突破。 "开局即冲刺" 刚刚过去的2025年，东莞交出了一份殊为不易的答卷。 过去一年来，东莞工业投资增30%， 其中高技术产业投资超800亿元；全市进出口总额创历史新高，空港中心进出口货值突破330亿 元；R&D投入占比达4.01%，位居全省第3…… 对于东莞而言，一个现实的问题，随着经济总量的 ...

"网红"宇树，在CES也多了诸多竞品。大家不再满足于"花拳绣腿"，也不再拘泥于单一市场，而是带着 真实的产品、明确的订单需求和清晰的落地场景，让中国创新在海外大展拳脚勇敢搏击。 作为科技界的"春晚"，CES2026如约而至。 美西时间1月6日，国际消费类电子产品展览会将正式开展，并持续到1月9日。作为全球科技产品发展的 风向标，CES以汇集当下最新的创新技术闻名，也是预测未来的窗口。 而今年这场科技盛宴之所以热度非凡，还在于AI时代中美科技顶流的强强相遇。 虽然苹果继续缺席，但英伟达、AMD、联想、海信、TCL等主流焦点公司将登台，中美科技企业也借 此展开新一轮AI对话和切磋。 芯片是老角色，但从不缺新故事。2026年更是如此，当AI应用从纸上谈兵走向商业实战，芯片的能效 比与AI算力直接决定了用户体验。 芯片的跨越式成长，不仅是流畅运行更复杂的本地大模型，将用户的隐私与效率推向新高度。英伟达、 英特尔、AMD、高通的激烈角逐，各家芯片制程工艺的代际跨越，也是技术路线的选择，更是对未来 计算架构的押注。 具身智能则是新看点，又以中国机器人军团的集中亮相成为焦点。大量人形机器人企业首秀，让中国企 业的参展格局正 ...

Core Insights - The article discusses the challenges in cell therapy, highlighting the issues of cell delivery, survival, and functionality, which are critical for effective tissue repair and treatment of degenerative diseases [1][5][7] - A breakthrough research from a collaborative team introduces a magnetic soft robotic system that not only delivers cells to targeted areas but also provides mechanical stimulation to enhance cell function [2][4] Group 1: Challenges in Cell Therapy - Traditional methods of cell injection face significant limitations, including poor targeting, low survival rates, and loss of function after cells are detached from their physiological environment [5][6][7] - The demand for high cell quantities in clinical treatments (1 × 10⁶ to 2.5 × 10⁶ cells per square centimeter) is not met by existing magnetic micro-robots, which often serve only as passive carriers [7] Group 2: Innovative Robotic Solution - The newly developed magnetic soft robotic system integrates in-situ mechanical stimulation with targeted cell delivery, inspired by the muscle training process [8][9] - The robot is made from a soft silicone elastomer embedded with magnetic particles, allowing it to be controlled wirelessly through external magnetic fields [9][10] Group 3: Mechanism and Functionality - The robot's porous structure facilitates cell adhesion and growth, while its magnetic drive allows for precise movement and mechanical training of the cells [10][11] - Experimental results show that cells delivered by the robot exhibit over 85% survival rates and enhanced proliferation when subjected to mechanical stimulation [14] Group 4: Enhanced Cell Performance - Mechanical stimulation significantly improves muscle cell functionality, leading to better alignment and stronger contractions compared to unstimulated cells [16][18] - The robot's design allows for the creation of 3D cell-laden hydrogels, which also show improved cell orientation and tissue engineering potential after mechanical training [24] Group 5: Delivery and Navigation - The integrated robotic platform combines magnetic driving with ultrasound imaging for real-time navigation and control, demonstrating effective delivery through narrow bile ducts in a pig liver model [26][28] - The robot can adapt to varying pipe sizes and effectively deliver cells, achieving a survival rate of over 95% post-delivery [32] Group 6: Biocompatibility and Future Challenges - Initial biocompatibility tests in rats show no significant inflammation or necrosis, indicating the potential for safe medical applications [34] - Future challenges include developing biodegradable materials, exploring more complex stimulation patterns, and conducting in vivo validations to ensure long-term safety and efficacy [36][38]

Group 1 - The company has collected over 1 million hours of data from more than 3,000 households using Gen DAS Gripper and the industry's first large-scale data production line, Gen ADP, accelerating the development of the embodied industry [1] - The overall industry volume and individual skill scale are the largest, with a cumulative duration exceeding 10,000 hours and a total data scale of over 1 million clips, ensuring each skill has the highest data volume in the industry [1] - The data collection focuses on 10 common household scenarios and 30 skills, ensuring quality by avoiding excessive dispersion [1] Group 2 - The data includes multi-modal, high-quality information such as large FOV raw images, trajectories, annotations, and joint actions, with industry-leading accuracy and quality [1] - The first phase of data has been uploaded, covering 12 skills across 4 major scenario tasks, with plans to complete the remaining skills and provide support for data format conversion and usage [2] - The data is available for download at a specified link, and users are encouraged to provide feedback and suggestions for additional scenarios and skills to be digitized [2]