撰文丨王聪 编辑丨王多鱼 排版丨水成文 2026 年伊始，国际顶尖学术期刊 Nature 上线了 35 篇研究论文，其中 14 篇来自华人学者 （包括通讯作者和第一作者） 。 1 月 7 日，香港 香港中文大学 吕海荣 、 香港科技大学 全杨健 作为共同通讯作者，在 Nature 期刊发表了题为： Electrochemical defluorinative Matteson- type homologation （ 电化学脱氟马特森型同系化反应 ） 的研究论文 【1】 。 1 月 7 日， 伦斯勒理工学院 Meng Xiangyi 作为第一作者，在 Nature 期刊发表了题为： Surface optimization governs the local design of physical networks （ 表面优化控制着物理网络的局部设计） 的研究论文 【2】 。 1 月 7 日， 马萨诸塞大学医学院 翁志萍 作为通讯作者，在 Nature 期刊发表了题为： An expanded registry of candidate cis-regulatory elements （ 候选顺 式调控元件的 ...

自动驾驶车端世界模型方向 招工程师/博后/实习生 点击下方 卡片 ，关注" 自动驾驶之心 "公众号 戳我-> 领取 自动驾驶近30个 方向 学习 路线 清华大学智能绿色车辆与交通全国重点实验室招聘工程师/博后/实习生，感兴趣的可以联系柱哥投递简历或邮 箱自行投递简历。 【岗位目标】 面向端到端自动驾驶核心技术需求，从事车端世界模型的研究与工程化落地。构建融合物理先验、时序一致 性与行为预测能力的世界模型架构，实现复杂驾驶场景的理解、预测与生成，支撑自动驾驶系统的感知、预 测、规划一体化能力建设，推动端到端自动驾驶技术的工程化应用。 【核心职责及次要职责】 核心职责： 次要职责： 1. 研究与开发车端世界模型核心架构，融合物理先验、因果推理、时序一致性与行为预测能力； 2. 构建驾驶场景时空表征与预测模型，实现交通参与者行为预测、场景演化推理与长期规划； 3. 研发基于Transformer、Diffusion、Neural Fields等前沿架构的场景生成与仿真模型； 4. 设计多模态输入融合方案，实现图像、点云、地图、轨迹等多源信息的统一编码与推理； 5. 完成世界模型在车端平台的部署优化，满足实时性与资源 ...

Core Insights - The cultivation of top innovative talents is closely related to the platforms and environments provided for their development [1] - Recent trends show a shift from traditional competition-based selection to more open experimental classes in middle and high schools, focusing on personalized education and comprehensive quality development [1] Group 1: Yeqi Sun Experimental Class - The Yeqi Sun Experimental Class at Dongzhimen Middle School emphasizes a three-year program with 100 experiments to stimulate students' exploratory enthusiasm [2] - The curriculum integrates a "three-layer, five-field" system, combining school-based, external, and collaborative learning to enhance students' academic and humanistic qualities [2][3] - The class promotes hands-on learning through various experiments and social practice activities, ensuring students engage with real-world applications of their studies [3] Group 2: Wang Yanan Experimental Class - The Wang Yanan Experimental Class aims to cultivate innovative talents in the humanities by integrating deep teaching in subjects like Chinese, history, and politics [6][7] - The program utilizes a "high school + university" collaborative education model, leveraging resources from Xiamen University to enhance the learning experience [6][7] - Students participate in practical activities and research projects, guided by both high school and university mentors, fostering a comprehensive understanding of their subjects [7] Group 3: Wang Huzhang Experimental Class - The Wang Huzhang Experimental Class at North China University of Water Resources and Electric Power focuses on creating a flexible educational pathway for students, allowing for both entrance and exit options [9] - The program includes a unique "3+1+2" training model, combining undergraduate and master's level coursework with practical training [9][10] - The class emphasizes small group instruction and hands-on learning experiences, ensuring students are well-prepared for advanced studies and research [10]

Group 1 - The core plan for 2026 includes the implementation of the new Jingxi Action Plan and the "Two Parks and One River" initiative, focusing on projects like the Artistic Waterfront and the Lianshi Lake Water Sports and Leisure Base [1][3] - The "Two Parks and One River" initiative encompasses Shijingshan's Shougang Park, Fengtai Garden Expo Park, and the Yongding River, aiming to create a new development hub in the western part of Beijing [3] - Shijingshan District will enhance urban design, focusing on waterfront spaces and greenways, and will promote key projects such as the West Mountain Yongding River Cultural Belt Greenway and Shougang's surrounding landscape lighting [3] Group 2 - The district plans to expand diverse consumption formats in culture, tourism, and commerce along the Yongding River, including projects like the second phase of the Trendy Enjoyment Waterfront and the Lianshi Lake Water Sports Leisure Base [3][4] - The district aims to establish a permanent venue for the Service Trade Fair, enhancing venue functionality and surrounding infrastructure to create an international exhibition town [4][5] - Key projects like the Shougang North District International Talent Community and the overall enhancement of the Shougang Ski Jump area will be prioritized to improve living and working conditions [5]

【#清华大学今晚给庞众望颁奖#】还记得母亲下肢残疾、靠捡废品赚钱的自强少年庞众望吗？2025年12 月31日，清华大学2025年学生年度人物揭晓。其中，精密仪器系2021级博士生庞众望在列。 按照此前公布的评选办法，2025年12月31日，清华大学2026年新年联欢晚会上将为获评2025年清华大学 学生年度人物的个人或团体颁奖。（长安街知事 视频内容为此前报道 视频来源：新华社快看） ...

此外，创新推进机制，鼓励实践探索。设立人工智能开放联盟，整合高水平大学、科技领军企业力量， 推动智能技术在教育领域的落地应用，深化国际交流合作，扩大中国人工智能教育的影响力。开展人工 智能赋能教育行动试点，遴选东部地区7个省份、中西部地区20个地市、18所高校，一体推进人工智能 教学应用、课程工具开发和安全体系构建，系统促进人工智能改变学生学习、教师教学、学校治理和科 学研究。在全国设立509所人工智能教育基地校，先行先试，探索人工智能教育的新理念、新实践，形 成可推广的优秀案例和先进经验。在中国国际大学生创新大赛增设"人工智能+"赛道，建立人工智能众 创机制。按照国家发展和改革委员会的部署，布局人工智能行业应用中试基地，打造一批高质量的教育 模型、语料、工具，培育多元创新生态，加速智能技术在教育领域的深层次、大规模应用。 12月30日，教育部科学技术与信息化司司长周大旺表示，教育部将继续深入推进人工智能赋能教育行 动，计划在明年出台相关政策文件，系统部署推进人工智能教育和应用。 周大旺表示，下一步，教育部将继续深入推进人工智能赋能教育行动，计划在明年出台相关政策文件， 系统部署推进人工智能教育和应用，构建面 ...

转自：半月谈网 近日，高德地图助力清华大学打造的国内首个AI智慧校园——"友好社区"项目正式落地。该项目以AI技术为核心，依托高德空间智能架构，推出了一系列智 能化出行服务，实现校园交通管理与师生出行体验的双重升级，为全国高校智慧校园建设探索出一条可复制、可持续的校企公益协作路径。 作为"友好社区"项目的重要成果之一，高德国内首个校园公交导航功能已正式上线，显著提升了师生与访客的出行体验。用户只需在高德地图中输入校内起 终点（如"清华大学西门→新清华学堂"），选择"公共交通"，即可一键查看校园巴士的线路走向、停靠站点，并实时获取车辆位置和预计到站时间。这一功 能让"卡点候车"成为现实，大幅减少了等待时间。同时，还能自动规划最优出行方案，实现校园巴士与校外公交、地铁的无缝衔接。 在智慧校园实践中，高德首次实现了校园内实时路况的精准上线。通过AI技术的深度应用，高德地图针对校园高峰期主要道路和出入口易拥堵的痛点，对 清华校园内多条道路、多类通行规则及限行区域等累计120余条信息进行了全面梳理和精准标注。师生与访客在使用导航时，能够实时查看拥堵路段并获得 推荐路线，从而有效避开高峰潮汐拥堵，显著提升出行效率。这一创 ...

Core Insights - The event showcased the intersection of art and science through the film "Distant Pu Ruogangri," highlighting the emotional impact of storytelling and its visualization through brain-computer interface technology [1][2] Group 1: Event Overview - The event took place at Tsinghua University, featuring a collaboration between the film's creative team and the university's Biomedical Engineering Department, known for its 20 years of experience in brain-computer interface research [1] - The director of the film, Cai Yu, and the laboratory director, Gao Xiaorong, emphasized the importance of emotional transmission in both film and neuroscience [1] Group 2: Brain-Computer Interface Experiment - A notable segment involved volunteers wearing high-precision EEG devices while watching key scenes from the film, revealing significant brain activation, particularly in the frontal region, during emotionally charged moments [2] - The experiment demonstrated the ability to convert abstract feelings of "emotion" into visualized data, showcasing the strong impact of cinematic storytelling on viewers [2] Group 3: Artistic and Cultural Insights - Professor Tang Yi from Beijing Normal University discussed the power of body language in Tibetan dance, linking it to cultural expressions that activate mirror neurons in viewers, enhancing empathy [3] - The event included interactive sessions where participants used wearable brain-computer interface devices to engage with the film's narrative, illustrating the appeal of brain-computer interaction technology [3] Group 4: Innovation and Future Directions - The event served as a platform for interdisciplinary collaboration, exploring the integration of technology and humanities, aligning with national strategies for future industries like brain-computer interfaces [3]

Core Insights - Tsinghua University has announced procurement intentions for 63 types of instruments and equipment, with a total budget of 141 million yuan, expected to be executed between October and December 2025 [1][2]. Procurement Overview - The procurement includes various advanced instruments such as aerosol mass spectrometers, ultra-hard material precision grinding machines, multifunctional enzyme labelers, fluorescent quantitative PCR instruments, and non-labeled live cell imaging systems [2]. - The total budget for the instruments exceeds 2.5 billion yuan for the year, indicating a significant investment in research and development [5]. Instrument Details - **Aerosol Mass Spectrometer (AMS)**: This high-precision instrument analyzes sub-micron aerosol particles' chemical composition and size distribution in real-time, completing rapid detection within 1 to 10 seconds. It has applications in environmental monitoring, combustion source research, climate change studies, and biomedical fields [6]. - **Ultraviolet Imaging System**: This device captures ultraviolet radiation signals to create visual images, revealing phenomena like corona discharge and surface contamination. It is used in power system maintenance, medical diagnostics, and industrial safety [7]. Detailed Procurement List - The procurement list includes specific instruments with their respective budgets, such as: - Aerosol Mass Spectrometer: 4.9 million yuan - Direct Current and Alternating Current Voltage Testing Devices: 2.8 million yuan - Ultraviolet Imaging System: 3.26 million yuan - Water Cooling System (750kW): 1.04 million yuan - PWM DC Voltage Source: 2.25 million yuan [8][9][10].

12月24日，清华大学招生办公室发布声明。 声明称，近日，清华大学招生办接到多所中学、家长及学生反映，有部分机构与个人冒用清华大学名义开展招生宣讲，散布不实招生政策，造成不良社会 影响。 招生办就本科招生相关工作郑重声明称，清华大学从未授权或委托任何个人及机构举办任何形式的与招生挂钩的营利性培训、宣讲或咨询活动。 声明指出，凡冒用清华大学名义开展此类活动，均属侵权行为，清华大学招生办将保留追究其法律责任的权利。 声明全文如下—— 综合自：长安街知事、"清华招生"微信公众号 MACD金叉信号形成，这些股涨势不错！ ...