Core Insights - Hunan University has announced multiple government procurement intentions, specifically for 33 items of reagent consumables, with a total budget of 87.76 million yuan [1][2][11] Procurement Overview - The procurement budget totals 87.76 million yuan, covering advanced scientific instruments such as field emission transmission electron microscopes, ultra-high vacuum laser molecular beam epitaxy systems, scanning tunneling microscopes, and UV-visible near-infrared spectrophotometers [2][12] - The expected procurement period is from January to November 2026 [2][12] Detailed Procurement List - **Field Emission Transmission Electron Microscope**: - Budget: 7.8 million yuan - Purpose: High-resolution characterization of materials in various scientific fields [3][13] - **Ultra-High Vacuum Laser Molecular Beam Epitaxy System**: - Budget: 1.98 million yuan - Purpose: Precise control of thin film growth in quantum materials and superconductors [3][15] - **Scanning Tunneling Microscope**: - Budget: 3 million yuan - Purpose: Atomic-level surface morphology characterization and electronic state analysis [3][17] - **UV-Visible Near-Infrared Spectrophotometer (with integrating sphere)**: - Budget: 1.4 million yuan - Purpose: Spectral characterization of samples across various wavelengths [4][16] - **Inductively Coupled Plasma Mass Spectrometer**: - Budget: 1.4 million yuan - Purpose: Trace and ultra-trace element analysis in environmental and life sciences [4][16] - **High-Resolution Multi-Mode Scanning Microscope**: - Budget: 1.5 million yuan - Purpose: Observation of surface morphology at micro and nano scales [5][17] - **Real-Time Single-Cell Multi-Functional Analysis System**: - Budget: 3.95 million yuan - Purpose: Monitoring single-cell physiological activity and metabolic changes [5][17] - **Single-Molecule Electronic Measurement Device**: - Budget: 1.18 million yuan - Purpose: Research on electrical properties of single-molecule devices [7][17] - **X-Ray Fluorescence Spectrometer**: - Budget: 1.5 million yuan - Purpose: Non-destructive elemental analysis of materials [8][17] - **Angle-Resolved Photoemission Spectroscopy System**: - Budget: 8.27 million yuan - Purpose: Measurement of electronic states in quantum materials [10][17]

Core Viewpoint - Despite restrictions from the Trump administration regarding federal funding and student visas, Harvard University has achieved a record number of international student enrollments for the academic year, with 6,749 international students, representing 28% of total enrollments, the highest level since 2002 [3][4]. Enrollment Statistics - The number of international students at Harvard increased by 4.5% from China and 8.7% from South Korea compared to the previous year, with Chinese students making up 21.2% of the international student body [3][4]. - In contrast, the overall enrollment of international students in U.S. higher education institutions decreased by 1% for the 2025 fall semester, marking the first decline after four years of growth, with a notable 12% drop in graduate-level international students [4]. Government Actions and Impact - The Trump administration has engaged in multiple confrontations with Harvard over issues such as anti-Semitism and diversity policies, including freezing $2.2 billion in federal funding and threatening to revoke the university's ability to enroll international students [4]. - The U.S. Department of State suspended new appointments for F-1 and J-1 student visas starting in May of the previous year, which contributed to difficulties in the visa application process, leading to a significant decline in new international student enrollments [4][5]. Economic Implications - The decline in international student enrollments is projected to result in a loss of over $1.1 billion in revenue and a reduction of nearly 2.3 million jobs across the U.S. [4]. - The economic contribution of international students is emphasized, with President Trump acknowledging that halving the number of international students could lead to the closure of many U.S. universities due to the substantial revenue generated from this demographic [5].

Group 1 - Guangdong will establish an education resource allocation mechanism to adapt to population changes, aiming to increase ordinary high school enrollment by 200,000 by 2026 [1][2] - The "Welcoming Peak Plan" for higher education will be implemented, with a goal to increase undergraduate enrollment by approximately 10,000 students compared to the previous year [2] - Guangdong plans to support the management and assistance of county-level high schools, expanding from 15 to 57 counties, to reduce disparities in educational conditions [1][6] Group 2 - A new round of "Double First-Class" university construction will be initiated, with Guangdong establishing a tiered cultivation mechanism for these universities [3] - Guangdong has seen a significant increase in its "Double First-Class" universities, with a 142% growth in disciplines ranked in the top 1% globally since 2020 [3] - The province aims to enhance the quality of vocational education and support high-level vocational colleges to apply for undergraduate programs [2][3] Group 3 - By 2030, Guangdong aims to achieve a 70% enrollment rate in ordinary high schools [5][6] - The province will implement various measures to improve county-level education, including the development of comprehensive high schools and the expansion of public high school enrollment [6] - A diverse development reform plan for ordinary high schools will be introduced, targeting the establishment of at least 200 quality characteristic high schools by 2030 [7]

Core Views - Beijing University Shenzhen Graduate School (PKUSZ) aims to integrate its research and teaching with the resources of the Greater Bay Area, focusing on academic innovation and societal service [2] - The establishment of the School of AI for Science (PKUSAI4S) in 2025 represents a strategic initiative to merge artificial intelligence with fundamental sciences, fostering interdisciplinary research and innovation [3][4] - The School of Intelligent Engineering (PKUSECE) emphasizes the integration of education, academic research, and industry, leveraging the advantages of the Greater Bay Area [7] Recruitment Areas - PKUSZ is recruiting in three core areas: - Integrated Circuit Science and Engineering, focusing on analog circuit design, micro-nano electronic devices, or electronic design automation for tenured or tenure-track assistant professors [8] - Computer Science and Technology, with emphasis on video and audio processing, XR/3D media processing, computer vision, computer graphics, haptic information processing, artificial intelligence, and robotics for tenure-track assistant professors [8] - Communication and Information Systems, concentrating on wireless communication, intelligent communication, the Internet of Things, and RF devices for tenured or tenure-track assistant professors [8] Academic Vision - The vision of PKUSZ is to accelerate scientific discovery and define the future of industries, promoting a collaborative and innovative academic environment [4] - The educational philosophy emphasizes fundamental principles, wisdom-driven approaches, and cross-disciplinary integration to shape the future [5]

Core Insights - Fudan University has launched the AI3A education co-creation platform and released the "Guidelines for the Application of Generative Artificial Intelligence in Education and Teaching 1.0," aiming to support teachers and students in mastering, harnessing, and co-creating AI [1][2] Group 1: AI3A Platform Features - The AI3A platform includes four main components: a teaching case library, a practical learning platform, a selection of global AI cases from universities, and a co-creation space for teachers and students [1] - The platform encourages a "co-build and share" approach, allowing users to upload their own AI cases and tools [1] Group 2: Academic Integrity and AI Usage - The guidelines address academic integrity by distinguishing between acceptable AI usage and cheating, allowing AI for tasks like language polishing and structural suggestions, but not for core academic work such as research conception and data analysis [1] - The evaluation criteria focus on whether students disclose AI usage, maintain process records, and whether teachers validate the work through course requirements and defenses [1] Group 3: Course Integration and Student Engagement - The concept of student participation has been integrated into specific courses, such as "Oral Tissue Pathology," where AI assistants and virtual simulation platforms help students overcome challenges in understanding complex medical concepts [2] - The AI3A platform features an "AI Literacy Self-Assessment System," enabling users to evaluate their AI knowledge and receive personalized learning resource recommendations [2] Group 4: Future Regulations - Fudan University plans to implement strict regulations regarding the use of AI tools in undergraduate thesis writing, set to be released on November 28, 2024, which is referred to as the "world's strictest AI regulations" [2]

【导读】清华大学团队研发出一种基于光场空间角度冗余性的自监督去噪算法LF-denoising，可在自然光级（10μW/mm²）的超低光毒性下实现长时间高 保真三维亚细胞成像。该技术突破了长时间活体成像的光毒性限制，为脑科学、免疫学等领域研究提供全新工具，助力揭示生命过程的真实动态。 细胞是组成生命的基本单元，而其大量功能以及细胞间的体内交互作用往往持续数十小时，难以在体外环境复现。 然而，在荧光显微中，只要有激发光照射，就不可避免引发光毒性——光照能量会损伤细胞与组织，使荧光信号逐渐衰减、细胞功能紊乱甚至死亡。 光毒性并非瞬时问题，而是贯穿整个成像过程的「逐帧累积性伤害」；在长时间成像中，这种伤害会不可逆地改变生命过程本身，使所观测到的结果不再 是真实的生理状态。 为应对光毒性挑战，清华大学戴琼海院士团队先后突破成像「节流」极限：扫描光场显微技术[1]在单次曝光完成三维重建，大幅减少光剂量；随后结合 基于物理深度学习的虚拟扫描技术[2]，大幅降低扫描过程中引入的光毒性。光子利用效率已被推至极高水平——激发光强已接近现有活体荧光成像的下 限。 但真正的挑战来自长达数小时甚至昼夜尺度的生物现象：此时，激发光必须进 ...

而这只是一个缩影。平台3年多来累计上线4.7万部古籍资源，月服务用户超240万人，日均检索量达35 万人次，总访问量突破1.47亿次。该中心主任王军介绍， 平台不仅有阅读功能，还有古籍整理功能，引 入人工智能技术，可以实现文字识别、自动标点、专名提取、智能校勘等，打破了古籍整理的专业门 槛，为大众参与文化传承搭建了技术桥梁。 截至目前，3.8万人参与了平台古籍智能整理活动，包含来自全国近1500所高校的2万名学生，以及1.8万 名社会志愿者。"众人齐心，累计粗校字数达15亿个，精校字数达1亿个，整理效率比此前提升数十 倍。"王军说，"人机协作"的古籍整理模式不仅有效提升了古籍整理效率，也为专业人才培养和跨界协 作提供了新的实践空间。 另外，包括北大在内，部分高校已将"识典古籍"平台引入课程教学，让学生可以在实践中培养古籍整理 技能。 来源：北京日报客户端 转自：北京日报客户端 2026年开年，北京大学启动建设3年多的"识典古籍"成为全球规模最大的古籍智能数字化整理和阅读平 台，《永乐大典》等4.7万部古籍资源实现免费查阅。未来，这个数据将继续增加，被誉为"中国中古时 代的百科全书"的敦煌写卷已经启动"收录"。 ...

Core Viewpoint - The Jiangxi University of Applied Science and Technology's Marxism College is innovating its ideological and political education by integrating classroom learning with real-world industry experiences, particularly in the low-altitude economy sector [1][5]. Group 1: Educational Innovation - The "one-line classroom" teaching practice aims to connect small classroom learning with the larger societal context, helping students understand national strategies and technological advancements [1][5]. - The initiative is part of a broader reform to enhance ideological education, merging industry development with the fundamental task of moral education [5]. Group 2: Practical Experience - Students visited the New Yu Low-altitude Economic Science and Technology Park, where they observed various applications of drone technology in sectors such as public safety and urban management [3]. - The immersive experience included demonstrations of drones in high-rise fire-fighting and logistics, showcasing the practical value of low-altitude technology in real-world scenarios [3]. Group 3: Impact on Students - The use of VR and digital technologies in the educational process allowed students to engage in high-risk simulations, enhancing their understanding of technological innovations in education [3]. - Students reported that the interactive and immersive learning approach made abstract concepts like "technological self-reliance" and "independent talent cultivation" more tangible and comprehensible [3].

国务院学位委员会近期印发的《"博士﹢硕士"双学位项目试点设置管理办法》（以下简称《办法》）是 我国高层次复合型人才培养机制的一次重要制度创新。该《办法》紧扣国家科技自立自强和产业转型升 级的战略需求，以"少而精、高起点、重交叉"为原则，对试点高校在学生遴选、培养方案设计、质量保 障等方面提出了明确要求。结合南通大学正在推进的学科交叉中心建设，以及我在机械工程、能源动力 工程学科的教学科研经验，谈几点看法与建议。 日前，国务院学位委员会正式印发了《"博士﹢硕士"双学位项目试点设置管理办法》（以下简称《办 法》）。政策一经出台便引发社会各界广泛关注。 "2023年以来，教育部推动部分高水平研究型大学试点建设学科交叉中心，积极开展高层次复合型人才 培养探索，部分高校通过完善课程体系、打造协同育人平台等方式，积极构建以项目为载体、以交叉融 合为特征的跨学科人才培养新模式，探索设置了'博士﹢硕士'双学位人才培养项目，为培养适应需求的 高层次复合型人才作出了有益尝试，取得了可复制的有益经验。"教育部学位管理与研究生教育司负责 人在介绍《办法》制定背景时如是指出。 有关负责人还表示，"博士﹢硕士"双学位项目试点设置工作坚持 ...

Core Viewpoint - The Tianjin Municipal Education Commission has launched the "Haihe Sci-Tech Innovation and Entrepreneurship Plan" to enhance innovation and entrepreneurship among university faculty and students, aiming to support high-quality development in Tianjin [1] Group 1: Program Components - The plan includes "one award, one competition, and one alliance" to create a collaborative innovation and entrepreneurship education system [1] - The "Youth Teacher Award for Innovation" will be established to cultivate young sci-tech talent, with annual evaluations focusing on high-level research outcomes in key industrial sectors [1] - A national college student smart technology innovation and entrepreneurship competition, "Tian Kai Chuang Ju Jin Men," will be held to align university innovation education with industry needs [1] - The establishment of the Tianjin Higher Education Innovation and Entrepreneurship Education Alliance will bring together various universities to share resources and leverage their unique strengths [1]