王迅。 据复旦大学官网信息，王迅，1934年生于上海，1960年以复旦大学物理学系副博士身份毕业，同年留校 任教；1999年当选中国科学院院士；历任复旦大学半导体物理教研室副主任，微电子教研室副主任，表 面物理研究室副主任、主任，应用表面物理国家重点实验室主任、学术委员会主任，复旦大学学术委员 会副主任，复旦大学研究生教育指导委员会主任等职。他曾担任国际纯粹与应用物理联合会（IUPAP） 半导体委员会委员（1993-1999年）、国际学术刊物《Surface Science》顾问编委。 12月5日，复旦大学发布讣告称，著名物理学家，中国科学院院士，复旦大学物理学系教授、博士生导 师王迅因病医治无效，于12月5日6时22分在上海新华医院不幸逝世，享年91岁。6日上午，南都N视频 记者注意到，复旦大学官网首页已变成黑白色。 对于青年教师，他更是 "甘为人梯" 。他像对待子女一样关心他们的住房、配偶工作，甚至冒雨骑自行 车去公证处为青年教师担保出国。他说，要破除"继承衣钵"的观念，主动让出"跑道"，把最好的仪器交 给年轻人，让他们不受束缚地开拓新领域。 采写：南都N视频记者 杨婷 从上个世纪80年代开始，王迅协助恩 ...

Core Insights - Fudan University has announced procurement intentions for 48 items of laboratory equipment, with a total budget of 121 million yuan [2][3] - The procurement includes advanced instruments such as confocal microscopes, automated protein preparation workstations, and high-throughput protein detection systems, expected to be purchased between October and December 2025 [3][4] Procurement Overview - The total budget for the procurement is 121 million yuan, covering various high-tech instruments [3] - Key items include: - Confocal microscopes for observing cellular structures and monitoring protein distribution [7] - Automated protein preparation workstations capable of identifying over 9,000 human proteins in a single experiment [7] - Fully automated cell and biological microenvironment physical property detection instruments [4][5] - Laser microdissection systems for high-precision cutting of biological samples [4][5] - High-throughput targeted protein detection systems [4][5] Instrument Specifications - The fully automated cell and biological microenvironment physical property detection instrument features rapid detection capabilities and AI algorithms to enhance accuracy [4] - The fully automated single-cell sorting and preprocessing system can achieve a single-cell separation rate of up to 98% [5] - The high-throughput targeted protein detection system is designed to detect over 9,000 proteins in a single run, covering more than 200 biological pathways [8] Additional Details - The procurement is part of Fudan University's efforts to enhance research capabilities in life sciences and related fields [3][4] - The expected procurement timeline is set for late 2025, indicating a strategic planning approach to upgrading laboratory facilities [3][6]

Core Viewpoint - The article discusses the development and potential of the Fanzor system, a compact RNA-guided DNA nuclease, for precise genome editing in eukaryotic cells, highlighting its advantages over traditional Cas9 systems and its application in disease treatment [3][9]. Group 1: Fanzor System Overview - Fanzor is a newly discovered CRISPR-like system that allows for precise genome editing in eukaryotic organisms, with a compact size of 400-700 amino acids, making it suitable for delivery via a single AAV vector [3][9]. - The traditional AAV delivery system has a maximum packaging capacity of 4.7 kb, which is insufficient for larger Cas proteins like SpCas9 and AsCas12a, necessitating the use of dual AAV vectors [3]. Group 2: Research Developments - A study published by a team from Fudan University introduced an engineered hypercompact Fanzor-ωRNA system, which demonstrated enhanced genome editing activity, achieving efficiency improvements of 6-129 times compared to previous versions [4][11]. - The engineered SpuFz1 V4 system, derived from soil fungus, showed strong genome editing capabilities in human cells, marking it as the most active member of the Fanzor family [9][11]. Group 3: Applications and Potential - The compact structure of SpuFz1 V4 allows for effective in vivo delivery using a single AAV, enabling robust genome editing in animal models, such as efficient editing of the Nfkb1 gene in mouse retinas [10][11]. - The research indicates that the Fanzor platform can be developed into base editors, facilitating efficient single-base editing, which has significant implications for genetic research and therapeutic applications [5][9].

Core Viewpoint - The president of Sciences Po, Luis Vassy, emphasizes the importance of "excellence" over "elite," advocating for a commitment to doing one's best to reduce social divisions [1][9]. Group 1: Background of Sciences Po - Founded in 1872, Sciences Po is known as a breeding ground for French political elites, having produced numerous national leaders, including President Emmanuel Macron [3]. - Vassy, a graduate of Sciences Po, previously served as a diplomat and chief of staff for two French foreign ministers, highlighting the importance of international communication in both diplomacy and education [4]. Group 2: Impact of AI on Education - Vassy acknowledges the challenges posed by AI but does not view it as a crisis, noting that the first affected areas are primarily technical fields like programming [7]. - He believes that social sciences and humanities have a unique opportunity to thrive, as human contributions in strategic judgment and critical thinking surpass technical knowledge [7][8]. Group 3: Responsibility of Students - Vassy stresses that students at Sciences Po, which admits only the top 2% of high school graduates in France, have a responsibility to society, as their actions will influence future leaders [8][9]. - He emphasizes the need for students to maintain their ambition and effort, ensuring they can contribute meaningfully even without technological tools [8]. Group 4: European Strategic Autonomy - Vassy discusses the importance of understanding Europe and its operations, especially in light of current geopolitical tensions, and plans to introduce a mandatory course on Europe for all students [10][11]. - He believes that the concept of "strategic autonomy" for Europe is gaining traction, with a growing commitment to independence and the ability to defend its interests [11]. Group 5: Academic Freedom - Vassy advocates for academic and intellectual freedom, arguing that a competitive society relies on well-functioning universities and the ability to conduct research freely [12].

（原标题：中央批准：刘承功履新） 来源：政事儿、微言教育 中央批准：刘承功同志任中山大学党委书记 据"微言教育"11月20日消息，日前，中央批准：刘承功同志任中山大学党委书记（副部长级）。 11月20日，中山大学召开教师干部会议。中央组织部副部长张光军同志到会宣布中央决定并讲话，教育 部副部长、党组成员、总督学王嘉毅同志，广东省委常委、组织部部长冯忠华同志出席会议并讲话。中 山大学校长高松同志主持会议。 中央组织部、教育部、广东省有关部门负责同志，中山大学领导班子成员、部分退出领导班子的老同 志、教授代表、部门和院系主要负责同志、教职工代表等参加会议。 刘承功（资料图） 公开简历显示，刘承功，1968年6月出生，在职研究生，哲学博士，中共党员。曾任复旦大学党委副书 记、东华大学党委书记。 据介绍，中山大学是由孙中山先生于1924年亲手创办，起初校名为国立广东大学。孙中山先生逝世后， 学校于1926年定名为国立中山大学。今日的中山大学，由1952年院系调整后分设的中山大学和中山医科 大学于2001年10月合并而成。 ...

近一周，北京大学、复旦大学、西安科技大学相继"南下"，在深圳布局新的学院或机构。 分别来看，北京大学国际知识产权学院于11月15日成立，旨在培养知识产权领域青年领军人才，建设国际化、复合型、实务型 人才队伍，打造知识产权领域高精尖人才培养高地、前沿理论和政策研究重镇、高水平国际交流合作平台。 21世纪经济报道记者陈思琦深圳报道 11月16日，深圳市人民政府与复旦大学签订战略合作框架协议，明确在河套深圳园区建设新型研发机构"深圳复旦研究院"，加 快人工智能、医学研究等前沿领域拔尖创新人才培养。 11月19日，西安科技大学(深圳)研究院在华强北揭牌，将在人工智能、人形机器人传动、智能控制、安全科技、嵌入式大模型等 方向开展前沿研究。 作为高等教育"后发城市"，深圳现有各类高校17所，包括深大、南科大、深理工等本土高校，港中大(深圳)、深圳北理莫斯科等 中外合办高校，以及北大、清华、哈工大等内地高校分支校区。 另一方面，深圳以市场为导向、企业为主体的"6个90%"独特创新生态，吸引了越来越多外部高校以新型研发机构的形式来深布 局。据21世纪经济报道记者不完全统计，仅近两年，就有中国海洋大学深圳研究院、电子科技大学深 ...

Core Insights - The "New Quality Drive and Integrated Innovation" seminar and the 10th Shanghai Medical Culture Forum were held in Shenzhen, marking the first time this significant medical academic forum has taken place in the Guangdong-Hong Kong-Macao Greater Bay Area [1][2] - The event attracted over 500 participants, including top experts and industry leaders from the medical field, coinciding with the 120th anniversary of Fudan University and the 45th anniversary of the Shenzhen Special Economic Zone [1] Group 1 - Fudan University Shanghai Medical College, established in 1927, is recognized as China's first national medical school, emphasizing its commitment to serving the community and its motto of "Upholding Justice and Promoting Virtue" [1] - The Shanghai Medical Culture Forum has been successfully held in various locations since its inception in 2010, serving as an important platform for alumni exchange in the medical and related fields [1] Group 2 - The overall planning and architectural concept for the Fudan University Hongqiao Medical Innovation Park has been globally solicited, indicating a significant step towards enhancing medical research and innovation [2] - A strategic cooperation framework agreement was signed between the Shenzhen Municipal Government and Fudan University, aiming to establish the "Shenzhen Fudan Research Institute" in the He Tao Shenzhen-Hong Kong Science and Technology Innovation Cooperation Zone [2] - The collaboration will focus on accelerating the cultivation of top talents in artificial intelligence and medical research, promoting the application of scientific achievements, and enhancing cooperation in decision-making consulting and healthcare [2]

Core Insights - The event "From Shanghai to the World: Exploring New Paths for Global Urban Cultural Empowerment" was successfully held, gathering representatives from various countries to discuss urban cultural empowerment and its integration into global narratives [1][3]. Group 1: Event Overview - The event was co-hosted by China Eastern Airlines and Fudan University, with media support from Global Times, and featured around 20 representatives from countries including China, Singapore, Indonesia, Cameroon, Germany, Serbia, and Brazil [1]. - The seminar aimed to create a multi-dimensional dialogue platform focusing on Shanghai's urban cultural empowerment and how to better integrate Shanghai's story into global narratives [3]. Group 2: Key Discussions - Chinese experts emphasized the need to build a modern narrative that reflects Chinese characteristics while resonating internationally, advocating for deep integration of urban culture with related industries [3]. - Practical examples from various sectors, including aviation, tourism, media, and sports, demonstrated that market-oriented and international operations can effectively convert the significant traffic generated by cities into cultural dissemination energy [3]. Group 3: International Perspectives - Overseas scholars provided constructive feedback based on cultural observations from different regions, recognizing Shanghai's unique development model that successfully integrates traditional elements while achieving remarkable modernization [3]. - Participants agreed that enhancing cultural, economic, and educational exchanges, increasing direct flight routes, and encouraging more authentic and diverse grassroots interactions are crucial for advancing mutual understanding between Chinese and foreign civilizations [3]. Group 4: Cultural Exchange and Tourism - The event featured a "thematic discussion + immersive visit" format, allowing guests to experience Shanghai's charm as a model city for cultural exchange [4]. - With the expansion of China's visa-free "circle," global tourists are increasingly drawn to China, highlighting Shanghai's role as a gateway city and its efforts to transform "visa-free traffic" into "consumption growth" [4]. - The exploration of Shanghai's cultural soft power practices has become a significant topic of interest for both domestic and international industries and academia [4].

Core Viewpoint - The article discusses the memorial service for Liu Daoyu, the former president of Wuhan University, highlighting his contributions to education reform in China and the significant turnout of alumni and students to pay their respects [1][2][3]. Group 1: Memorial Service Details - The memorial service took place at the Tianyuan Hall of the Wuchang Funeral Home in Wuhan, with a large crowd gathering to pay tribute to Liu Daoyu [1][2]. - Attendees included many alumni who referred to Liu as "Wuhan University’s eternal president," indicating his lasting impact on the institution [2][3]. - The ceremony featured traditional mourning practices, including bowing and a procession around Liu's remains, reflecting the respect and admiration he garnered during his lifetime [3]. Group 2: Contributions to Education - Liu Daoyu implemented significant reforms at Wuhan University, such as the credit system, dual degree programs, and a mentorship system, which were pivotal in modernizing higher education in China [4][10]. - He was recognized for his role in initiating educational reforms that emphasized academic autonomy and the importance of respecting educational principles [5][9]. - Liu's approach to hiring faculty focused on talent and expertise rather than reputation, which helped elevate the university's academic standing [10][11]. Group 3: Legacy and Philosophy - Liu Daoyu's educational philosophy centered on "creative education," aiming to cultivate innovative and independent thinkers among students [13]. - After his tenure as president, he continued to influence education through writing and advocacy, publishing over 20 books and hundreds of articles [14]. - His self-reflection on life emphasized personal responsibility and the pursuit of a meaningful existence, which resonated with many in the educational community [14].

Core Viewpoint - The article commemorates Liu Daoyu, the former president of Wuhan University, highlighting his contributions to education reform and his lasting impact on the university and its alumni [2][5][19]. Group 1: Personal Background and Career - Liu Daoyu was born in November 1933 in Zaoyang, Hubei, and graduated from Wuhan University in 1958, later serving in various administrative roles including president from 1981 to 1988 [5][6]. - After being removed from his position as president, he established the Hubei Liu Daoyu Education Foundation and continued to influence education through writing and advocacy [5][13]. Group 2: Contributions to Education Reform - During his tenure at Wuhan University, Liu implemented several educational reforms such as the credit system, dual degree programs, and a mentorship system, which were pivotal in modernizing higher education in China [6][16]. - He was known for promoting a merit-based hiring system for faculty, focusing on talent regardless of their prior recognition, which helped elevate the university's academic standing [16]. Group 3: Legacy and Influence - Liu Daoyu is remembered fondly by alumni, many of whom attribute their success to his educational reforms and leadership [3][7]. - His philosophy emphasized respecting educational laws and fostering an environment conducive to talent development, which has had a lasting impact on the academic landscape in China [9][16].