Group 1 - The company has achieved stable and continuous production in its hydrogen energy development and utilization demonstration project at Hebei Steel Xuan Steel Zhang Xuan High-Tech [2] - The company’s subsidiary, together with Fudan University and the Institute of Research Engineering Technology, is involved in a key national research and development plan for hydrogen technology under the "14th Five-Year Plan" [2] - The project focuses on the solid-state hydrogen storage system and its application technology, supported by 13 national and provincial-level platforms [2]

2025.12. 22 近日，河南大学微信公众号发布了《@2025级本科生！新规来了！》一文。文中指出，为缓解过度 竞争，弱化分数竞争，引导学生注重学科素养提升等原因，正式出台2025级本科生成绩与学分管理 新规。 文章称，学业评价改革是该校在"提质进位年"深化教育教学改革、提升人才培养质量的关键举措， 更是推动评价理念从"分数导向"向"能力导向"转型升级的重要一步。 11月12日，浙江大学召开本科学业评价改革学生座谈会。来自不同年级和学科专业的19名本科学生 代表及教务处学籍中心工作人员参与座谈。与会人员就优化课程评定方式及绩点折算办法、探索课程 成绩的容错机制和学业评价多元化改革等几个方面展开深入讨论。 近年来，包括清华大学、北京大学、华东师范大学、复旦大学、浙江师范大学、海南大学等一大批高 校也在陆续调整评价体系，探索取消或弱化的绩点制、或推行"等级制+综合评价"模式，以期破 除"分数至上"的观念。在各校谈及开展绩点改革的初衷时，缓解"绩点内卷"，引导兴趣，提升学生 的综合素质是普遍谈到的原因。 今年2月，海南大学推行《普通本科学生等级制成绩评定管理办法》，引导学生正确对待学业，将片 面追求成绩绩点转化 ...

【深圳商报讯】(驻穗记者张莹)近日，在2025高校科技成果交易会上，高校区域技术转移转化中心(粤港 澳大湾区)正式揭牌成立。 现场，生物医药区域技术转移转化中心(粤港澳大湾区广州)、陆空一体化智能出行区域技术转移转化中 心(粤港澳大湾区广州)、高端科学仪器区域技术转移转化中心(粤港澳大湾区广州)、高端科学仪器区域 技术转移转化中心(粤港澳大湾区深圳)分别接受授牌。华南理工大学与深圳市政府签约共建高端科学仪 器分中心。 据介绍，高校区域技术转移转化中心(粤港澳大湾区)于今年4月获教育部批复设立。广州和深圳在产业 相对集中的区域安排合计超过80万平方米的载体空间，首批已安排载体空间40万平方米。 该中心与超50所高校签署共建协议，包括复旦大学、南京大学、南开大学、上海交通大学、中山大学、 香港理工大学、香港科技大学(广州)等。目前已对接入库高质量科技成果1500多项，初步接洽了260多 个团队和项目，首批27项高水平项目入驻开展转化。 记者获悉，生命科学开放联盟今年在香港成立，由内地与港澳15家高水平高校和科研机构共同发起，为 生命科学领域的技术发展、人才领域、产业创新和国际合作拓展新空间，预计2026年完成基本 ...

Core Viewpoint - The event "Li Xiang Qing Chun" aims to promote the ideological and moral education of minors in Shanghai, aligning with the directives of General Secretary Xi Jinping, and is part of a broader initiative to integrate innovative party theories into the youth's education [1][12]. Group 1: Event Overview - The "Li Xiang Qing Chun" event was held at Songjiang No. 2 Middle School, with over 500 participants, including students and educators [3][12]. - The event featured various activities such as theatrical performances, storytelling, and multi-language presentations to engage youth in ideological education [10][12]. Group 2: Thematic Presentations - The first chapter, "Inheriting the Flame of Original Intention," included a short play that connected historical figures with contemporary youth, emphasizing the importance of ideological education [5][7]. - The second chapter, "Striving for New Progress," highlighted youth contributions to national development through examples from various industries, including domestic shipbuilding and transportation [7][10]. - The third chapter, "Unity for a Common Journey," focused on the responsibilities of youth in defending national interests and promoting justice in everyday life [7][10]. Group 3: Engagement and Impact - The event encouraged peer-to-peer learning, with university students sharing their experiences and insights with middle and primary school students, fostering a sense of connection and relevance [10][12]. - The initiative aims to create a distinctive learning and promotional brand for the ideological and moral education of youth, with plans for ongoing activities across Shanghai's civilized campuses [12].

Group 1 - The Guangdong-Hong Kong-Macao Greater Bay Area has established the Regional Technology Transfer and Transformation Center, which aims to enhance technology transfer and innovation in the region [1] - The center has received approval from the Ministry of Education and includes four specific centers focused on various sectors such as biomedicine and intelligent transportation [1] - Over 200 leading universities are involved, with 57 signing cooperation agreements, including prestigious institutions like Fudan University and Tsinghua University [1] Group 2 - An Artificial Intelligence Open Alliance has been formed, led by Tsinghua University, with five specialized committees focusing on education, research, engineering, ethics, and international exchange [2] - The Life Sciences Open Alliance was established in 2025 in Hong Kong, involving 15 high-level universities and research institutions from mainland China and Hong Kong-Macao, aiming to foster innovation and international collaboration in life sciences [2] - A total of 10 projects and 20 guests signed agreements for industry-academia-research cooperation and significant technology transfer projects during the event [2]

Core Insights - The article highlights the annual selection of the "Top Ten Advances in Life Sciences in China" by the Chinese Association for Science and Technology, showcasing significant innovations in the field aimed at enhancing public health and addressing critical issues in life sciences [2][36]. Group 1: Innovations in Cancer Treatment - A new strategy for enhancing and reducing toxicity in nasopharyngeal cancer immunotherapy has been developed, demonstrating a 44% reduction in failure risk and an increase in survival rate from 77.3% to 86.9% through the use of PD-1 monoclonal antibodies [4]. - The research also led to a decrease in chemotherapy-induced vomiting rates from 59.8% to 26.2% and reduced severe radiation therapy side effects from 33.2% to 21.6% [4]. Group 2: Caloric Restriction and Longevity - Research from Xiamen University identified a molecule called taurocholic acid that significantly increases in serum after caloric restriction, promoting health and longevity across various animal models [7]. - The study revealed that taurocholic acid activates the TULP3 receptor, which in turn activates Sirtuins, linking to the AMPK pathway, thus providing a theoretical basis for developing interventions that mimic caloric restriction effects [9]. Group 3: Neuroregeneration in Stroke Treatment - A novel "brain repair gel" developed by a collaborative team aims to improve the microenvironment post-stroke, promoting the regeneration of neurons and restoring sensory-motor functions [11]. - This approach marks a paradigm shift from passive protection to active regeneration in stroke treatment, with ongoing clinical trials validating its safety and efficacy [13]. Group 4: Metabolite Diversity and Disease Intervention - A team from Peking University discovered new gut microbiota-derived metabolites that regulate metabolic diseases, identifying orphan receptors as new targets for intervention [15]. - The research utilized AI to uncover specific synthetic enzymes, leading to the development of targeted intervention strategies for metabolic disorders [15]. Group 5: Advances in Genetic Engineering - The Chinese Academy of Sciences has developed an AI-driven protein engineering method that enables large-scale precise editing of DNA, which could revolutionize genetic disease treatment and crop breeding [24]. - This breakthrough represents a significant advancement in the application of AI in life sciences, showcasing the potential for deep learning to address biological challenges [24]. Group 6: Aging Interventions - Research teams have created a "protein scale" to quantify organ aging and identified key mechanisms driving aging, including the role of betaine as a "exercise mimetic" that slows multi-organ aging [26]. - The study also developed engineered anti-aging stem cells that can provide systemic protection against inflammation, contributing to the advancement of precision medicine in aging research [26]. Group 7: Insect Pheromone Research - A comprehensive analysis of locust aggregation pheromones has been conducted, leading to the development of specific inhibitors that can effectively control locust behavior [19]. - This research provides a foundational understanding for developing precise pest control strategies, marking a significant achievement in the field of entomology [19]. Group 8: Deep-Sea Evolutionary Mechanisms - A collaborative study has decoded the evolutionary processes of deep-sea animals, revealing how they adapt to extreme environments and providing insights into biodiversity [34]. - The findings challenge previous notions about deep-sea evolution, highlighting it as a site of innovation rather than a terminus for life [34].

Core Insights - The establishment of the Shanghai Center of the Hong Kong University (HKU) Business School marks a significant milestone in higher education cooperation between Hong Kong and Shanghai, with over 7,000 alumni resources from the East China Alumni Association [1] - The new center operates under a development model of "one school, three platforms, and two engines," focusing on international academic exchange, industry transformation services, and technology incubation services, particularly in digital intelligence and financial technology research [1] - The ongoing collaboration between HKU and Fudan University aims to leverage both institutions' resources to cultivate scarce management talents for the country, integrating economics, management, and technology [1] Event Highlights - The Shanghai-Hong Kong Forum will be held annually, with notable attendance from influential figures such as Zhou Hanmin, a member of the National Committee of the Chinese People's Political Consultative Conference and president of the Shanghai Public Diplomacy Association [2]

新华社上海12月6日电（记者吴振东）"我打破了物理学系上课教师的年龄纪录，也可能是目前复旦大学给本科生 上课最老的老头。"2018年，84岁高龄的王迅依然骑着一辆旧自行车出现在复旦校园。说这句话时，老头眼中闪 烁着孩童般的得意。 图为物理学家王迅。新华社发 一场与物理世界的相遇，成就对教书育人的坚守。2025年12月5日，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，在上海逝世，享年91岁。 从1952年考入复旦物理学系，到1960年起留校任教，王迅用一生作答"如何让中国的科学在世界上拥有话语权""如 何培养出真正有创造力、有担当的下一代"。 20世纪中叶，新中国百业待兴，半导体科学是必须攻克的"战略高地"。1956年本科毕业后，王迅跟随新中国半导 体"破冰者"、固体物理学家谢希德继续深造，成为其第一个研究生。谢希德严谨的治学精神、开阔的国际视野以 及对祖国科学事业的赤诚，深刻影响了王迅。 从20世纪80年代开始，王迅协助谢希德，将表面物理研究室在复旦从无到有地建立起来。王迅在学术上屡有开创 性贡献。他主持的项目获得国家自然科学二等奖、上海市科技进步奖、国家教委科技进步奖等十 ...

2025.12.06 本文字数：800，阅读时长大约2分钟 解放日报记者从复旦大学获悉，12月5日，中国共产党的优秀党员、著名物理学家、中国科学院院士、 复旦大学物理学系教授王迅，因病医治无效，于上海逝世，享年91岁。 目前，复旦大学官网已变为黑白色，悼念王迅院士。 复旦大学物理系发布讣告，官网已变黑白色 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。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。 在复旦，王迅的名字与几个身份紧密相连，谢希德先生的学生、表面物理的奠基人、亲切的"王老师"。 始于一场与物理的相遇，成于对教育事业的坚守，最终化为一种甘为人梯的精神传承。 王迅（图源复旦大学物理学系官网） 据公开报道，被誉为"当代毕昇"的中国科学院院士、 ...

本文字数：800，阅读时长大约2分钟 解放日报记者从复旦大学获悉，12月5日，中国共产党的优秀党员、著名物理学家、中国科学院院 士、复旦大学物理学系教授王迅，因病医治无效，于上海逝世，享年91岁。 2025.12. 06 目前，复旦大学官网已变为黑白色，悼念王迅院士。 复旦大学物理系发布讣告，官网已变黑白色 第 一 财 经 持 续 追 踪 财 经 热 点 。 若 您 掌 握 公 司 动 态 、 行 业 趋 势 、 金 融 事 件 等 有 价 值 的 线 索 ， 欢 迎 提 供 。 专 用 邮 箱 ： bianjibu@yicai.com （注：我们会对线索进行核实。您的隐私将严格保密。） 推荐阅读 《疯狂动物城2》狂吸金！4D电影票加价47%，胡萝卜录音笔5分钟售罄 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。曾担任国际纯粹与应用物理联合会( ...