来源：半岛晨报 谁能想到 卖房的开发商竟连续多年 偷偷为"业主"偿还抵押贷款 而这一切 竟是为了掩盖一桩隐藏16年的秘密 市民李花全款买下并入住的房子，早已被登记在陌生人名下，还抵押给银行贷出70万元。2009年，李花 付清96万购房款在中山区豪森茗家小区购买了一套房子，却始终拿不到产权证。 真相浮出水面时，荒诞情节令人震惊。开发商将同一套房"一房二卖"，买家将房子抵押贷款。为防断贷 导致房屋被拍卖，开发商不得不长期偿还贷款。 全款买的房子产权落在陌生人名下 市民李花遇到一件离奇事：2009年7月，她与一家开发商签订《商品房买卖合同》，以96万元的价格购 买了对方开发建设的、位于中山区智仁街豪森茗家小区的一套商品房。李花向开发商支付了全部购房 款，开发商也开具了专用收款收据，并将房屋交付给李花占有、使用至今。然而，李花却一直未能办理 产权登记手续。 李花手中握有与开发商签订的《商品房买卖合同》、全额付款凭证，且已实际占有、使用房屋长达16 年。2025年6月，大连国际仲裁院作出裁决，要求开发商在裁决生效后协助李花办理房屋所有权证书。 购房16年后业主终获不动产权证书 余钧随后以该房屋作为抵押，向一家银行办理了 ...

来源：环球时报 新加坡《思想中国》1月12日文章，原题：中国是否已经解决了人工智能治理问题？ 在地缘政治背景 下，人工智能（AI）的发展常被描述为一场竞赛——比拼谁能打造出最顶尖的AI模型、最快实现部 署，并成功获取AI红利。但在追求更强AI能力的过程中，许多国家的政府仅获得算力资源，并不能自 动转化为更高的AI能力。原因并不令人意外。提升国家层面的AI能力充满挑战。负责落实政策的机构 往往面临相互冲突的制度性激励，而AI技术发展的速度又远超立法周期步伐。 最后，通过制度实现可预测性。AI的跨学科特性常导致国家AI议程责任分散，中国通过中央统筹和指 定牵头部委来缓解这种"碎片化"问题。可预测性对投资者和创新者都至关重要。清晰的职责划分、明确 的权责边界以及法律确定性，能有效降低监管不确定性，提升合规意愿和长期投资的可能性。 这并非意味着中国已"解决"AI治理问题，也不是说其模式应被其他国家全盘照搬。中国的经验表明，最 困难的问题不是构建AI本身，而是如何在长时间跨度内、在不同机构之间，实现大规模有效治理。AI 领域的真正挑战，在于各国政府能否建立起具备快速学习与适应能力的治理体系，以跟上其所要引导的 技术变革 ...

主旨演讲：共绘AI人才培养的宏观蓝图与实施路径 中图数字科技（北京）有限公司政企事业部总经理章辉在开幕致辞中强调了全球化背景下智力协作对科 技创新的关键作用。中国留学人才发展基金会昇·国际教育公益专项基金管委会主任肖睿系统阐述了基 来源：环球网 为深入贯彻国家在人工智能领域的人才培养战略部署，推动全球智力资源整合与协同创新，助力构建高 水平、国际化的AI人才梯队，2026年1月9日，由中国留学人才发展基金会昇·国际教育公益专项基金与 英国伦敦大学学院人工智能中心（UCL AI Centre）联合支持举办的"国际AI人才培养交流会"在北京中 国图书进出口集团大楼成功举行。 本次会议以"国际AI人才培养：全球视野与协同创新"为主题，会议汇聚了中外顶尖学术机构、国际AI领 域学术专家、国央企业代表、教育集团代表、高校代表、中学及国际化学校代表出席，共同探讨国际 AI人才培养及全球AI学术合作机遇。 会上，备受瞩目的国际青少年人工智能创新选拔与培养计划"IDAT for AI"中国区项目正式宣布启动，标 志着国际优质AI教育资源与中国本土人才培养体系的深度融合进入新阶段。该项目是由UCL AI Centre 与IDA ...

Core Viewpoint - The "International AI Talent Training Exchange Conference" held on January 9, 2026, aims to promote global collaboration in AI talent development and innovation, emphasizing the importance of talent as the foundation for sustainable AI innovation and industry application [1]. Group 1: Conference Overview - The conference was supported by the China Scholarship Talent Development Foundation and the UCL AI Centre, gathering top academic institutions, AI experts, and representatives from various sectors to discuss opportunities in international AI talent cultivation and global academic cooperation [1]. - The theme of the conference was "International AI Talent Cultivation: Global Vision and Collaborative Innovation," focusing on creating a high-level dialogue platform for sharing ideas and solutions for the sustainable development of the global AI talent ecosystem [1]. Group 2: Key Presentations - The welcome address by Zhang Hui, General Manager of Zhongtu Digital Technology (Beijing) Co., emphasized the significance of international intellectual collaboration in technological development during the digital era [2]. - Xiao Rui, Director of the China Scholarship Talent Development Foundation, outlined the foundation's public welfare philosophy and initiatives in AI talent cultivation, including high-level talent introduction and youth AI training programs [2]. - Professor Patrick Baert from the University of Cambridge discussed the profound impacts and ethical considerations of integrating AI into education from a sociological perspective [4]. - Guo Xiaoyan, General Manager of International Talent Resource Service Co., analyzed the urgent demand for high-level tech talent from enterprises and the need for systematic support mechanisms [5]. - Professor Sahan Bulathwela from UCL shared insights on how AI technology can innovate learning methods and enhance educational effectiveness [7]. - Dr. Huang Yutao from Oxford University provided unique perspectives on contemporary youth's career choices and development paths in the context of AI technological transformation [8]. - Professor Xiao Yinan from Peking University elaborated on the main challenges faced by the education sector in the AI era and proposed systematic response strategies [10]. Group 3: Roundtable Discussion - The roundtable discussion focused on how AI can better support educational development, with various cross-disciplinary guests engaging in deep dialogue [12]. - Kellen Chen from IDAT highlighted breakthrough applications of AI in enhancing fairness and precision in educational assessments, driving personalized learning [14]. - Zhang Lu from the China Computer Society shared insights on innovations in technology popularization education in primary and secondary schools [14]. - Han Yue from the Canadian International Education Group discussed strategic layouts in smart teaching within the AI era [14]. - Yena Wang from Beijing Canadian International School explored the value of AI technology in student admission planning and emphasized the importance of personalized care in efficient services [14]. - Professor Gong Ling from Beijing Institute of Fashion Technology discussed the vast prospects of integrating AI with art education to empower the creative industry [14]. - The discussion extended to common challenges and future trends in AI education applications, with a consensus on the need to prioritize human-centered approaches while safeguarding the humanistic core of education [14]. Group 4: Conclusion - The conference concluded with a strong emphasis on the importance of collaboration and shared understanding among participants to build a global AI talent development community [15]. - Attendees expressed a commitment to deepening cooperation to cultivate a new generation of AI talent capable of leading future advancements and responsibilities [15].

来源：环球网 【环球网科技综合报道】1月13日消息，据TheElec报道，LG电子正在开发用于高带宽存储器（HBM） 的混合键合堆叠设备（键合机）早期版本。 目前，项目已产出内部测试的原型alpha版本。据消息人士透露，项目当时正处于概念验证阶段，团队 正有条不紊地开展各项测试工作。其中，混合键合工艺的测试是重点之一，团队使用模块和键合头进行 相关测试，力求优化工艺，确保设备性能达到预期。 据称，该项目获得多方支持，Justem也参与其中，负责开发该套件的系统。LG电子生产工程研究所 （PRI）于去年6月正式启动该项目。 报道还称，该项目计划于2029年完成，目标精度设定为200纳米。不过，这一精度规格与Besi公司已实 现商业化的100纳米精度存在差距。消息人士指出，基于这样的精度差异，该键合机在三年后推出时， 可能在HBM领域竞争力不足。（青山） ...

Core Insights - The research team from the Hefei Institute of Physical Science has made significant advancements in the development of sodium-ion battery cathode materials, specifically sodium vanadium manganese phosphate (Na4MnV(PO4)3, NMVP), enhancing sodium ion transport and cycle stability through a multi-scale modification strategy [1][3] Group 1: Research Achievements - The NMVP material is promising due to its three-dimensional open framework, high operating voltage, and good structural stability, although it faces challenges such as low intrinsic electronic conductivity and Jahn-Teller distortion during charge-discharge cycles [1][3] - The team introduced high-valence, small-radius Mo6+ ions at the vanadium sites to enhance the Mn-O bond strength and suppress Jahn-Teller distortion, while also reducing the bandgap to improve electronic conductivity [3] Group 2: Performance Metrics - The modified Na3.91MnV0.97Mo0.03(PO4)3@Al2O3 (NMVMP@Al2O3) achieved an initial discharge capacity of 99.3 mAhg-1 at a rate of 0.1 C, maintaining a capacity retention of 84.5% after 3000 cycles at a high rate of 10 C, significantly outperforming unmodified materials and other reported NASICON-type cathodes [3] - The volume change during charge-discharge processes for the modified material was only 3.66%, indicating high structural reversibility and stability [3]

Group 1 - SK On and Hyundai Motor are collaborating to develop a new electric vehicle battery cooling technology called Large Surface Cooling (LSC) technology [1][3] - LSC technology innovatively places cooling plates between battery cells for direct cooling, enhancing heat dissipation compared to traditional methods [3] - SK On's main product is soft-pack batteries, which typically use polyurethane or silicone materials to connect cells, but LSC technology replaces traditional mica insulation with metal heat sinks for improved cooling [3] Group 2 - The development of LSC technology began in the second half of last year, and it is currently undergoing validation for automotive application [3] - The commercialization of LSC technology will ultimately be decided by Hyundai Motor, which prefers surface cooling over liquid cooling, adding uncertainty to LSC's future [3] - SK On and its competitors, LG Energy Solution and Samsung SDI, have started using cooling plates in their energy storage systems, where coolant flows inside the plates to absorb and dissipate heat [3][4] Group 3 - Liquid cooling technology may only be applied to higher-priced models due to cost concerns, leading SK On and Hyundai to slow down its development [4]

Core Insights - LEGO Education is launching a new hands-on computer science and artificial intelligence (AI) solution aimed at enhancing collaboration, creativity, and learning outcomes in primary education, set to be released in April 2026 [1][3] Group 1: Product Overview - The new solution will include LEGO bricks, hardware, and curriculum content, designed for different grade levels: 1-3, 4-6, and 7-9, catering to both beginners and experienced learners [3][10] - The solution promotes collaborative learning in groups of four, allowing teachers to utilize ready-to-use teaching materials for practical courses [3][4] Group 2: Educational Context - A report titled "Building the Future: Global Computer Science and AI Education" highlights that many teachers lack appropriate teaching tools, making it difficult to effectively guide students in understanding key concepts [3][8] - Over half of the global teachers find existing resources boring, and nearly half believe current computer science courses do not resonate with students' interests and daily lives [3][4] Group 3: Teaching Methodology - LEGO Education emphasizes a hands-on, student-centered teaching approach, aiming to efficiently teach computer science while fostering AI literacy, creativity, and student initiative [4][9] - The curriculum includes both screen-free lessons and those that integrate physical LEGO bricks with the LEGO Education programming canvas app, allowing students to turn their creative ideas into reality [4][10] Group 4: Market Positioning - Following the recent launch of the LEGO Education Science solution, this new offering aims to provide practical teaching tools that help educators and students engage with traditionally challenging subjects [5] - The SPIKE™ product line, including SPIKE™ Prime and SPIKE™ Essential sets, will be phased out as part of this transition [6]

Core Viewpoint - The U.S. Department of Commerce has withdrawn a proposal to restrict the import of Chinese drones, particularly benefiting American users who rely on DJI drones for various applications [2][3]. Group 1: U.S. Drone Market Dynamics - The U.S. government has attempted to limit DJI's market presence since 2017, citing security threats, but these efforts have not significantly reduced DJI's market share, which remains around 80% in the U.S. [3][5]. - Despite the restrictions, U.S. military and government agencies continue to use DJI drones, highlighting their effectiveness and reliability compared to domestic alternatives [5][6]. Group 2: Challenges for U.S. Drone Manufacturers - U.S. drone manufacturers face significant challenges, including a lack of advanced technology, skilled labor, and reliance on Chinese components, which hampers their ability to compete with DJI [6][10]. - The performance of U.S.-made drones is often inferior to DJI's, with reports of higher failure rates and limitations in functionality [5][6]. Group 3: Economic Impact of Drone Usage - The drone industry in the U.S. is projected to grow from $8.62 billion to $11.2 billion by 2026, but restrictions on Chinese drones could hinder this growth, particularly affecting small service businesses [11][13]. - Various sectors, including agriculture, real estate, and film production, heavily depend on DJI drones, and limiting their use could lead to decreased efficiency and economic losses [13][14]. Group 4: Global Implications of U.S. Restrictions - The withdrawal of the proposed ban on Chinese drones is seen as a move that could prevent the U.S. from isolating itself in the drone ecosystem, as other countries continue to adopt DJI technology [14][16]. - The potential for other nations to surpass the U.S. in drone technology and applications is significant, as they can leverage advanced tools to enhance productivity and efficiency [16].

【环球网科技报道 记者 王楠】近日，有媒体报道称大量携程员工收到以公司名义发送的短信，该短信 以"XX你好，感谢一路相伴"开篇，告知员工可通过手机号登录内部沟通软件trappal，让不少接收者产 生 "被离职" 的误解。 来源：环球网 1月13日，携程相关工作人员向记者回应称，实际情况是二级部门失误，造成失误的原因主要是技术设 计问题，导致员工容易误触发短信，后续会改进设计，减少误触的可能。接收误触短信主要为该二级部 门员工，并非网上误传的全员发送，涉及的员工已经沟通清楚。 当记者问及该员工是否为实习生，携程回应称确为携程正式员工，且今天一直在自责，团队已为其提供 一日带薪假期的选项，并送了解压小礼物，目前该员工在岗状态稳定。 ...