Group 1 - The core message emphasizes the importance of integrating science and education with industry to enhance innovation and entrepreneurship, contributing to national strategies and local economic development [1][3] - The focus is on the need for universities to leverage their strengths in disciplines and talent to deepen collaboration with local enterprises and research institutions, aiming to transform research outcomes into practical products [3][5] - The establishment of the Wuhan University Science and Industry College is highlighted as a significant step towards cultivating technology entrepreneurs who can bridge the gap between technology and industry, fostering innovation and productivity [6] Group 2 - The initiative aims to strengthen the development of new productive forces and enhance technological innovation by addressing key core technologies and original innovations [5] - The government is encouraged to improve support services to facilitate the transition of innovative results from laboratories to production lines [3][5] - The college is expected to explore new talent cultivation models and promote seamless connections between innovation chains, industry chains, capital chains, and talent chains [6]

Core Viewpoint - The University of International Business and Economics (UIBE) has been recognized as the "World Health Organization Health Tax and Fiscal Policy Cooperation Center (CHN-156)" in 2025, highlighting its strength in health economics research and global health governance, and marking a significant upgrade from its previous designation as the WHO Tobacco Control and Economic Policy Cooperation Center (CHN-119) [1][2]. Group 1: Strategic Positioning - The WHO cooperation center is a crucial platform for global public health knowledge production and policy collaboration, primarily composed of renowned medical and public health institutions [2]. - UIBE's unique advantages in trade, finance, taxation, and economic governance allow it to showcase its professional value in international health governance [2]. - The center's name change reflects an expansion of research areas from tobacco to a broader range of health taxes, enhancing UIBE's influence in global health fiscal policy [2][6]. Group 2: Research Capabilities - UIBE leverages its interdisciplinary strengths in economics, taxation, public management, and health economics to produce high-level research outcomes that contribute to global health tax reform [6]. - The center has developed a systematic research framework and actively participates in global health tax cooperation projects with organizations like WHO and the World Bank [6]. - The TaXSiM tobacco tax simulation model developed by UIBE has been recognized for its accuracy in predicting tax reform outcomes and has been adopted in multiple countries [6]. Group 3: Global Governance Engagement - UIBE plays a significant role in international public health cooperation under the Belt and Road Initiative, providing technical assistance and training to various countries [7]. - The center has established a regional high-level dialogue platform, enhancing cooperation among fiscal, tax, customs, and health departments across China and neighboring countries [7]. - UIBE experts actively participate in international discussions on public health policies, contributing to the transformation of Chinese experiences into global public goods [7]. Group 4: Talent Development - UIBE integrates scientific research with talent cultivation, creating a comprehensive training pathway that includes course teaching, research practice, international cooperation, and organizational internships [9]. - The center has successfully facilitated students' internships at international organizations, enhancing their global perspectives and competencies [9]. - Notable alumni have secured positions in prestigious organizations like WHO and the World Bank, demonstrating UIBE's effectiveness in preparing students for international roles [9]. Group 5: Future Outlook - UIBE aims to further consolidate its academic advantages and international influence in health tax and fiscal policy research, contributing significantly to global public health progress [10]. - The center is committed to responding to public challenges through rigorous research and professional capabilities, while also supporting national decision-making [10]. - UIBE seeks to enhance its global competitiveness in policy research and talent development, reinforcing its role in advancing human health and well-being [10].

Group 1 - The training program on sustainable coal mining and environmental protection, hosted by the Ministry of Science and Technology and organized by China University of Mining and Technology, successfully concluded after 16 days with 20 participants from nine developing countries [1][3] - The program aimed to address global challenges of energy security and climate change, sharing technological achievements and practical experiences in intelligent mining and green mine construction [3] - Training topics included space mining, coal-water co-extraction, ecological restoration, and mine safety, with discussions on common and unique issues in mineral development across different countries [3] Group 2 - Experts engaged in in-depth discussions on themes such as "space mining," "gas disaster management under carbon neutrality goals," "coal-water co-extraction in ecologically fragile western mining areas," and "mineral resources and geological exploration technology" during the seminar sessions [3] - The training program was supported by over thirty units, including the International Exchange and Cooperation Office, the Office of Foreign Cooperation and Development, the Scientific Research Institute, and the College of Environment and Surveying [3]

Core Viewpoint - Nanchang University has announced procurement intentions for 32 items of laboratory equipment, with a total budget of 105 million yuan, scheduled for procurement between September and December 2025 [2][3]. Procurement Overview - The procurement includes high and low temperature humidity test chambers, thermal shock test chambers, short-range molecular distillation purification equipment, fully automatic micro-area photoelectric testing systems, and semiconductor parameter testers [3][12]. - The total budget for the procurement is 105 million yuan, indicating significant investment in research and development capabilities [2][3]. Detailed Procurement List - Specific items include: - High-precision metal light-curing 3D printers and ultra-high temperature ceramic coating CVD deposition furnaces, with a budget of 225,000 yuan [5]. - Laser confocal microscopes for the National Emergency Medical Rescue Base, budgeted at 504,000 yuan [6]. - Equipment for the Biomedical Innovation Research Institute, including biological incubators and magnetic stirrers, with a budget of 78,000 yuan [7]. - High-performance lithium battery anode material production equipment, budgeted at 159,000 yuan [7]. - A digital twin verification system and electronic tongue for the National Key Laboratory of Food Science and Resource Exploitation, with a budget of 470,000 yuan [10]. Equipment Functionality and Purpose - The new equipment aims to enhance research capabilities across various disciplines, including photonics, materials science, and biomedical research, with expected service hours exceeding 1,000 annually [8]. - Specific functionalities include high-precision bonding for detectors, low-temperature magnetic field photoelectric current testing, and wide-spectrum analysis of detector spectral responses [8][9]. Additional Equipment Procurement - Other notable procurements include: - High and low temperature stretching testing machines and small magnetic control ion sputtering machines, with a budget of 87,000 yuan [9]. - Advanced optical testing systems and high-resolution liquid chromatography systems for food science research, with a total budget of 2.92 million yuan [13].

Core Viewpoint - The article emphasizes the importance of supporting young university teachers in China to enhance their development and contributions to education and innovation, addressing challenges such as funding shortages, career advancement bottlenecks, and increasing life pressures [1][2]. Group 1: Challenges Faced by Young University Teachers - Young university teachers are facing difficulties such as a lack of research funding, congested promotion pathways, and increased life pressures, which hinder their development [1]. - The current evaluation system tends to undervalue teaching performance, focusing primarily on research output, which can discourage effective teaching [2]. Group 2: Proposed Reforms and Initiatives - The "14th Five-Year Plan" suggests a comprehensive approach to enhance the development of young university teachers, promoting a synergy between technological innovation and talent cultivation [1]. - Reforms include the introduction of "teaching-specialized" senior titles to recognize teaching excellence alongside research achievements, aiming to create a more balanced evaluation system [2]. - Initiatives like the "Zhongying Young Scholars" fund at Shanghai Jiao Tong University provide startup funding for young teachers to pursue innovative research, fostering a supportive environment for creativity [2]. Group 3: Evaluation and Support Mechanisms - The article highlights the need for a reform in evaluation systems to focus on quality and impact rather than quantity, with examples of universities implementing diverse evaluation criteria [3]. - It stresses the importance of creating a supportive ecosystem that includes both reducing non-teaching burdens and enhancing resources for young teachers, thereby facilitating their growth and contributions to education and research [3].

Core Insights - The 2025 Higher Education Technology Achievements Trading Conference showcases the collaboration between universities and enterprises, emphasizing innovation and practical applications in technology transfer [1][2] - Non-985/211 universities in Guangdong are emerging as key players in technology transfer, demonstrating that the ability to serve economic and social development is rooted in practical capabilities rather than institutional prestige [2][5] Group 1: Technology Transfer Initiatives - Universities like Hong Kong University of Science and Technology (Guangzhou) and Shenzhen University are developing innovative technology transfer models that align with regional industrial needs, enhancing their research and development capabilities [3][4] - Guangzhou University has established a comprehensive innovation ecosystem that spans from basic research to industrial cultivation, achieving significant results in technology transfer [3][4] - Foshan University has completed 194 technology transfers and collaborated on over 4,800 projects with enterprises, showcasing its commitment to integrating research with industry [4] Group 2: Economic Impact and Industry Collaboration - Guangdong universities are focusing on regional industrial demands, effectively linking research efforts with local economic development to address significant challenges [5][6] - Guangdong Ocean University has made strides in marine economy by developing new aquaculture species, contributing to the local economy and addressing industry challenges [6][9] - The research team at Guangdong Vocational College of Mechanical and Electrical Technology has developed graphene heat dissipation materials, significantly reducing production costs for local enterprises [7] Group 3: Societal Benefits and Innovations - The technology transfer efforts of these universities are not only driving economic growth but also enhancing public welfare by addressing social issues through innovative solutions [9][10] - Notable achievements include the development of high-yield soybean varieties and advancements in 5G network technology, which have been recognized for their contributions to agricultural productivity and telecommunications [9][10] - The success stories of these universities are inspiring others to engage more deeply with industry needs, fostering a culture of innovation that aligns with national strategic goals [10]

Core Insights - The forum focuses on the theme "Innovation of Economic Education and Research Paradigms in the AI Era," analyzing the impact of artificial intelligence on economic research paradigms, academic frontiers, and talent cultivation standards [1][2] - The event aims to contribute to China's modernization efforts by fostering new economic talent suited for the AI era [1] Group 1: Forum Overview - The eighth "China's Hundred Universities Economic College Deans Forum" and "Hundred Economic Colleges Talent Recruitment Fair" will be held from December 12 to 14, 2025, at Peking University [1] - The forum gathered 19 university presidents and 242 deans from 218 institutions nationwide [1] Group 2: Key Discussions - Liu Wei, former president of Renmin University, emphasized the integration of Marxist political economy and mathematical econometrics in economic development [2] - Four roundtable discussions were held on topics including "Building a Chinese Economic Knowledge System" and "Innovating Economic Education Research in the AI Era" [2] Group 3: Talent Recruitment - The talent recruitment fair attracted over 3,000 doctoral students from home and abroad, facilitating face-to-face interactions with representatives from 130 universities and research institutions [2] - The recruitment fair is designed to align with new trends in talent supply and demand in the field of economics in the AI era [2] Group 4: Closing Remarks - The closing ceremony included a summary from the conveners of parallel forums, with a call to action for building a self-reliant Chinese economic knowledge system [2]

Group 1 - The signing and awarding ceremony for the "Smart Financial Industry-Academia-Research Collaborative Innovation Practice Education Base" between Luzhou Bank Chengdu Branch and Southwest Minzu University School of Economics took place in Chengdu, emphasizing the importance of this base in implementing the university's "characteristic Minzu strategy" and deepening practical education reforms [1] - Luzhou Bank's representative highlighted the bank's development history, business layout, and outreach, proposing a vision of creating a platform for financial talent cultivation that aligns with industry needs through the base [1] - The Secretary of the Party Committee of the School of Economics at Southwest Minzu University stated that the collaboration is a key practice for promoting "industry-academia-research application" innovation, aiming to build a dual empowerment platform for students and faculty to cultivate application-oriented talents suited for the smart financial era [1] Group 2 - A student representative expressed that the base provides opportunities to engage with industry frontiers, motivating students to connect theoretical knowledge with practical needs [2] - During a discussion session, representatives from the Chengdu Branch addressed students' concerns regarding the financial industry's prospects, graduate school plans, and internship opportunities, encouraging continuous learning to adapt to industry changes [2] - The Chengdu Branch committed to exploring student social practices and collaborative projects in response to the university's request for a "dual-teacher dual-competence" faculty development, marking a deep consensus in talent cultivation, faculty development, and industry service [2]

今年以来，国内多所高校陆续申请增设"具身智能"新专业。根据教育部公示，"具身智能"专业定位为融合人工智能、机器人学、计算机与控制工程的战略性 新兴交叉学科。具身智能专业学什么？具身智能领域人才如何培养？一起了解。 新专业学什么？具身智能领域人才如何培养？ 具身智能专业并非简单拼合现有学科，而是要重构培养体系。学生需要掌握如何让机器人在复杂环境中通过感知获取信息，运用智能算法进行决策，并精准 控制硬件执行任务。比如，北京航空航天大学为该专业设定的培养目标之一，就是让学生能够自主造出一个人形机器人。 为实现课堂与产业同步，多所高校还计划与企业共建联合实验室与实训基地，让学生接触真实产业课题，在解决实际工程问题中提升科研与实践能力。 南京航空航天大学人工智能学院院长张道强：课程整体迁入校企联合实验室，企业将某些正在攻关的工程问题直接交给学生进行方案的测试。教学进度与研 发节奏进行同步，缩短从学习到应用的周期，形成可持续的人才成长链。 教学如何开展？人才培养有何特色？ 为培养具身智能领域人才，多所高校正积极整合资源、重构培养体系。这一新专业将如何开展教学？人才培养有何特色呢？ 在北京航空航天大学具身智能机器人实验室， ...

12月16日，吉林大学物理学院发布讣告显示，吉林大学原副校长、高压与超硬材料全国重点实验室教授 王立中同志，因病医治无效，于2025年12月15日上午10时在长春逝世，享年87岁。 王立中1939年9月出生于黑龙江省齐齐哈尔市。1957年考入吉林大学（原东北人民大学）物理系学习， 1961年因品学兼优被选拔为预备师资，1963年毕业后留校任教，历任讲师、副教授、教授。1992年起担 任吉林大学副校长，主管学校科学研究与师资队伍建设工作，1999年10月光荣退休。 王立中是一位坚韧求真的科学家。在国家关键技术攻坚的艰难岁月里，王立中与同事们扎根实验室，毕 生致力于高压物理与超硬材料研究。 （原标题：突发讣告！王立中逝世） 【导读】吉林大学原副校长王立中逝世 中国基金报记者 晨曦综合整理 审核：陈墨 版权声明 《中国基金报》对本平台所刊载的原创内容享有著作权，未经授权禁止转载，否则将追究法律责任。 1977年，王立中受教育部选派赴英国布拉德福德大学深造；1979年，在法国第七届国际高压科学与技术 会议上，他首次系统向国际学术界展示中国研究成果，有力提升了我国在该领域的国际影响力。1980 年，他牵头教育部重点项目 ...