Core Viewpoint - The article discusses the negative impact of the "hat" system, which refers to various talent plans and academic titles in the scientific research field, on the allocation of research resources and the academic environment [1][2]. Group 1: Issues with the "Hat" System - The "hat" system creates significant disparities in research resource allocation, leading to a focus on titles rather than actual talent and development suitability [1]. - The binding of "hats" to job titles, awards, and recruitment processes has resulted in a distorted academic ecosystem, fostering a culture of immediate results and undermining the true value of scientific research [1][2]. Group 2: Proposed Reforms - The government has recognized the need to address the "hat" issue, as indicated in this year's government work report, which emphasizes the reform of talent evaluation and the governance of the "hat" system [1]. - Institutions like Tsinghua University are implementing initiatives that support basic research without considering titles, allowing researchers to focus on significant scientific contributions [2]. Group 3: New Evaluation Mechanisms - A new evaluation system should be established that prioritizes innovation value and actual contributions, tailored to different roles and disciplines [2][3]. - The article advocates for a diversified evaluation standard that ensures scientific, operable, and fair new rules, including expanded peer review and clear definitions of significant contributions [3]. Group 4: Vision for the Future - The goal is to create a healthier academic ecosystem that promotes efficient resource flow, fair talent competition, and vibrant innovation, allowing researchers to maintain their original intentions and ensuring that resources are directed towards valuable scientific research [3].

Core Viewpoint - The article emphasizes the need to reform the current scientific evaluation system that overly relies on academic titles, referred to as "hats," to create a more conducive research environment and promote genuine innovation [1][2][3]. Group 1: Issues with Current Evaluation System - The term "hats" refers to various talent plans and academic titles in the scientific field, which significantly influence the allocation of research resources [1]. - There is a prevalent issue where the focus on "hats" leads to disparities in resource distribution, affecting recruitment, awards, and treatment of researchers [1][2]. - The current system fosters a culture of immediate results and distorts the true value of scientific research, leading to anxiety among researchers [1][2]. Group 2: Proposed Reforms - The government has recognized the need to address the "hat fever" by including "hat governance" in the annual work report, indicating a commitment to reform [2]. - The National Natural Science Foundation has eliminated terms like "杰青" and "优青," reflecting a clear stance on diminishing the emphasis on "hats" [2]. - Institutions like Tsinghua University are implementing initiatives that support research based on individual merit rather than titles, allowing researchers to focus on their work [2][3]. Group 3: New Evaluation Framework - A new evaluation system should be established that is tailored to different roles and disciplines, focusing on innovation value and actual contributions [2][3]. - The proposed system aims to move away from a one-size-fits-all approach to a more diversified evaluation standard that ensures scientific rigor, operability, and fairness [3]. - The introduction of peer review and clear definitions of significant contributions is essential to mitigate biases and enhance the credibility of the evaluation process [3].

本报讯 （记者昌校宇）10月23日，由中国金融四十人论坛（CF40）与清华大学联合主办的2025外滩年 会在上海市正式开幕。本届外滩年会以"拥抱变局：新秩序·新科技"为主题，会期3天，汇聚来自全球21 个国家及地区的121位财经政要、机构高管与学界领袖，共同探讨在全球秩序重构与科技革命交织背景 下的经济、金融与治理议题。 《证券日报》记者从现场获悉，外滩年会缘起上海、扎根上海，其初心与使命是服务国家战略、助力上 海国际金融中心建设。今年4月份，中国人民银行、国家金融监督管理总局、国家外汇局、上海市人民 政府联合印发《上海国际金融中心进一步提升跨境金融服务便利化行动方案》，为上海国际金融中心增 强竞争力、影响力提供了重要的路径指引。聚焦"上海跨境金融服务能级提升"等议题，本届外滩年会设 置专题圆桌，来自政府部门与金融机构的专家学者，从创新实践与国际协作两个角度出发，共同为全面 提升上海国际金融中心能级、扩大我国金融高水平双向开放贡献务实建议。 清华大学校务委员会副主任杨斌在致辞中表示，人工智能正以前所未有的速度、广度和深度渗透到经济 社会各领域，重塑人类生产生活方式与思维模式，是一场"认知的工业革命"。在这场变 ...

此外，在中国顶尖学科数量上，北京高校有120个学科上榜，其中冠军学科有47个。北京拥有中国一流 学科276个，无论是学科整体情况还是优势学科情况，北京高校均展现了不凡的实力。 近年来，北京持续优化学科专业，坚持前瞻布局，优先新增国家发展重点领域、空白领域和急需领域的 一些学科和专业学位类别，大力发展基础学科、新兴学科、交叉学科，以首善标准持续打造教育强市， 教育、科技、人才协同发展格局加快构建。 据悉，排名采用国务院学位委员会、教育部颁布的《研究生教育学科专业目录（2022年）》的学科口 径。今年新增了水土保持与荒漠化防治学、法医学、智能科学与技术、区域国别学4个一级学科的排 名，首次发布了艺术学门类下音乐、舞蹈、戏剧与影视、戏曲与曲艺、美术与书法5个专业学位类别的 排名。 在597个上榜学科中，清华大学上榜学科数达58个，包括57个一级学科和1个专业学位类别；其次是北京 大学上榜学科52个，包括51个一级学科和1个专业学位类别；上榜学科数超过20的学校还有北京师范大 学（36个）、北京理工大学（31个）北京航空航天大学（30个）、中国人民大学（30个）、北京工业大 学（29个）、北京交通大学（24个）、中国 ...

Core Insights - The revised Vocational Education Law in China has elevated the status of vocational education to be on par with general education, significantly increasing its recognition and providing more opportunities for individuals [1] - During the 14th Five-Year Plan period, higher education institutions in China have produced 55 million talents, contributing to social and economic development [1] Group 1: Vocational Education - The recognition of vocational education has improved, allowing individuals to showcase their skills and talents [1] - The narrative of vocational education is shifting from being seen as a fallback option to being viewed as a viable and valuable career path [4] - There is a growing public interest in vocational education, evidenced by the implementation of vocational college entrance examinations and improved treatment for skilled talents [4] Group 2: Higher Education Success Stories - A notable example is a graduate from a vocational college who became a teacher at Tsinghua University, demonstrating the potential for success through vocational education [2][4] - The teaching approach of this individual includes relatable analogies to engage students, showcasing innovative teaching methods in higher education [2][4] - The success of vocational graduates in prestigious institutions highlights the changing perceptions and increasing opportunities within the education system [4] Group 3: Innovation and Research - Young researchers in fields like brain-machine interfaces are finding their passions and contributing to technological advancements [6][9] - Support from educational institutions, including funding and mentorship, plays a crucial role in fostering innovation among students [7] - Collaborative efforts within research teams are aimed at developing practical applications for new technologies, such as using robotic systems for rescue operations and assisting individuals with disabilities [9]

Group 1 - Nike's collaboration with Tsinghua University has resulted in the renovation of the West Playground, utilizing sustainable materials from the "Old Shoes New Life" program, which recycled 264,000 pairs of old shoes [1] - The design of the renovated playground incorporates elements of speed and the spirit of victory, reflecting the shared vision of both parties for the future of sports [1] - Since 2009, Nike has been supporting the development of Tsinghua's track and field team and has engaged with students through various activities, including observing training sessions [1] Group 2 - Nike and Tsinghua University are conducting a joint research project focusing on the impact of environmental factors, such as high temperatures, on athlete health and performance [2] - The collaboration has expanded over the years to include various initiatives related to sustainable development, such as the "Carbon Neutrality Industry-Academia-Research Integration Special Program" and the "Tsinghua-Nike Sustainable Development Leadership Program" [2] - The ongoing partnership aims to create practical sports guidelines in the context of climate change [2]

Core Points - The China International College Students Innovation Competition (2025) finals were held in Zhengzhou, Henan from the 13th to the 15th, with Tsinghua University winning the championship for their project on "Next-Generation General Models and Intelligent Agent Ecosystems Based on Brain-like Architecture" [1] - Zhejiang University secured the runner-up position with their project "Yizhi Intelligent - AI Large Model Interactive Marketing Service Industry Leader" [1] - Four projects received third place: The Chinese University of Hong Kong's "Light-speed Intelligent Connection - Neuromorphic Optical Processor for Next-Generation Data Center Interconnection," Nanjing University of Science and Technology's "Light Shield - High-Speed Cable Electromagnetic Shielding Membrane for AI Training," and projects from Oxford University and Nanyang Technological University [1] Event Overview - The competition was co-hosted by the Ministry of Education and 11 other departments, along with the People's Government of Henan Province, and organized by Zhengzhou University and the Zhengzhou Municipal Government [1] - Since its launch in April, the competition attracted 6.19 million projects and 24.43 million participants from 161 countries and regions [1] - This year, the competition aligned with national strategic needs by adding five new project categories: "Low-altitude Economy," "Biotechnology," "Quantum Technology," "New Energy," and "New Materials" [1] International Expansion - The competition introduced a Hong Kong and Macau regional contest for the first time and expanded its global reach by hosting seven regional competitions in Europe, Africa, and other locations [2] - During the event, the World College Students Innovation Conference was held, releasing the "World College Students Innovation Index Report (2025)" and the "Innovation Code in the Era of Smart Education: World College Students Innovation Development Report (2025)" [2]

Core Viewpoint - Nanjing University of Aeronautics and Astronautics has announced a pilot program allowing undergraduate students to substitute their graduation thesis with high-level innovation achievements, such as competition awards, project conclusions, published academic papers, or patent authorizations, starting from the 2026 graduating class [1][2] Group 1: Policy Changes - The new policy reflects a broader trend in higher education where multiple forms of practical achievements can replace traditional thesis requirements, aligning with the Ministry of Education's regulations and the recently enacted Degree Law [1][2] - Other universities, including the University of Science and Technology of China and Hangzhou Dianzi University, have also experimented with similar approaches, indicating a growing acceptance of diverse evaluation methods in higher education [1][2] Group 2: Educational Implications - The shift towards allowing practical achievements instead of thesis writing respects students' individual development needs and aligns educational outcomes with their career aspirations and strengths [1][2] - The criteria for substituting a thesis are higher, requiring students to demonstrate strong innovation capabilities or significant professional skills, thus maintaining rigorous academic standards [2] Group 3: National Strategy Alignment - This educational reform is in response to the increasing demand for innovative talent in China, as part of the national strategies for science and education [2] - Higher education institutions are seen as crucial in nurturing talent that meets national strategic needs, providing an environment that fosters personal growth and potential [2] Group 4: Broader Academic Perspectives - The emergence of practical achievements as valid academic credentials, as exemplified by Tsinghua University's first "practical doctoral" graduate, emphasizes that academic value extends beyond traditional thesis writing [3] - The focus is on the ability to solve real-world problems and convert knowledge into productivity, suggesting a shift in how academic success is defined [3]

Group 1 - The 2025 Data Industry Ecosystem Conference was held in Shijiazhuang, focusing on "Trusted Data Empowering Industrial Development" [1] - Hebei Provincial Data and Government Service Bureau collaborated with Tsinghua University to establish a public data authorization operation system in Hebei [1] - The system is built on the public data authorization operation mechanism in Hebei and supports five platforms, including the public data registration platform and public resource trading platform [1] Group 2 - The initiative aims to provide data products and technical services fairly to the market, covering various application scenarios in industries such as steel, healthcare, finance, electricity, and education [1]

Core Viewpoint - The article discusses the memorial service for the renowned physicist Yang Zhenning, highlighting his contributions to science and the impact he had on students and the academic community [4][5][7]. Group 1: Memorial Service Details - On October 19, a long queue formed outside the Tsinghua University Science Museum as hundreds of people came to pay their respects to Yang Zhenning, who passed away at the age of 103 [4][6]. - A memorial room was set up at the Science Museum from October 18 to 24 to accept condolences from the public [6]. - Yang Zhenning had a deep connection with the Science Museum, as it was not only the location of the Tsinghua University Institute for Advanced Study but also where his father worked [6]. Group 2: Yang Zhenning's Legacy - Yang Zhenning spent nearly 30 years at Tsinghua University, where he made significant contributions to the education and development of physics [5][8]. - He continued to teach and engage in research even at an advanced age, influencing the fields of cold atom physics, condensed matter physics, and cryptography [8]. - Many attendees at the memorial were former students and colleagues, reflecting on his profound impact on their academic journeys [9][10]. Group 3: Public Sentiment and Remembrance - The article captures the emotional atmosphere as people of all ages, including children, came to honor Yang Zhenning, indicating his lasting influence on future generations [11][14]. - A young physics teacher traveled from Tianjin to pay tribute, intending to create a commemorative video for his students [14]. - The memorial service was marked by a sense of collective mourning, with various tributes and flowers being offered in his memory [15][16].