The seven-time Emmy Award winner and Northeastern alumna will speak to graduates on Dec. 14 CHICAGO, Dec. 13, 2025 /PRNewswire/ -- Northeastern Illinois University's December 2025 Commencement will feature award-winning investigative reporter PJ Randhawa. The ceremony will be held at 2 p.m. on Sunday, Dec. 14, at Credit Union 1 Arena, 525 S. Racine Ave., in Chicago. Tickets are required and made available only to graduates and their guests. The ceremony will be livestreamed at neiu.edu/commencement. As the ...

Core Viewpoint - The Ministry of Education has announced the continuation of the Special Master's Degree Enrollment Plan for Retired College Student Soldiers in 2026, which will be implemented by 532 higher education institutions including Peking University and Tsinghua University [1]. Group 1: Enrollment Plan Details - The Special Master's Degree Enrollment Plan for Retired College Student Soldiers is a crucial part of the national master's degree enrollment process, allocated separately within the total enrollment scale and cannot be adjusted to ordinary plans or other special plans [1]. - Enrollment units are allowed to set their own initial examination score requirements for candidates under this plan, with priority given to those with longer service time under equal conditions [1]. Group 2: Candidate Eligibility and Application Process - Candidates for the Special Master's Degree Enrollment Plan must be college students who have enlisted and completed their service, meeting the national master's degree enrollment criteria [1]. - The term "college students" includes full-time ordinary undergraduate (including vocational), graduate, second bachelor's degree graduates, current students, and new entrants, as well as ordinary undergraduate (including vocational) graduates from adult higher education institutions [1]. Group 3: Admission and Supervision Regulations - Enrollment units must adhere to the principles of voluntary application, unified examination, independent score setting, and merit-based admission, ensuring fairness and quality in the admission process [2]. - Strict adherence to admission policies and procedures is required, prohibiting any direct changes to candidates' preferences or adjustments to plan types during the re-examination and admission process [2]. - Provincial education administrative departments and examination institutions are tasked with enhancing guidance and supervision of the enrollment work for the Special Master's Degree Enrollment Plan, focusing on key areas such as plan execution, candidate qualification review, and information transparency [3].

Group 1 - Changsha Bank plans to donate a total of 10 million yuan to Central South University over the next five years to support the cultivation of outstanding students in key disciplines and majors [1] - The donation will be facilitated through the Changsha Bank Happy Charity Foundation, aiming to strengthen the talent foundation for educational development in Hunan Province [1] - Both parties discussed various aspects of collaboration, including the integration of industry, academia, and research, as well as the establishment of a long-term cooperation mechanism for innovation and entrepreneurship [1] Group 2 - Central South University President Li Jiancheng emphasized the importance of financial institutions in supporting the development of higher education and expressed the potential for further collaboration with Changsha Bank [3] - Changsha Bank's President Zhang Man stated the bank will explore a new model of "finance + education" philanthropy, creating a virtuous cycle of donation, education, and feedback [3] - The bank has donated a total of 176 million yuan to social welfare initiatives and has been recognized on the "Hunan Charity List," highlighting its commitment to social responsibility [3]

Core Insights - Hainan has signed agreements to introduce 48 renowned domestic and international universities, expanding the source countries and regions for students to nearly 100, marking a significant step in redefining international education in Hainan [11][14]. Group A: Open Innovation - Building an International Education Hub - The Lian'an International Education Innovation Pilot Zone was established in 2020 and has attracted 26 domestic and international universities, with 10 approved Sino-foreign cooperative education institutions and projects [12][14]. - The establishment of the Hainan Bielefeld University of Applied Sciences in 2023 represents a breakthrough in China's educational openness, aligning with Hainan's free trade port strategy [13]. - By 2025, the Hainan Lausanne University will also commence operations, further enhancing Hainan's appeal as a "policy testing ground" for international education [13]. Group B: Shared Integration - Innovating the "Study in Hainan" Model - The Lian'an Pilot Zone offers a unique educational experience with one-third of courses taught by foreign teachers, attracting students from over 50 countries [15]. - The "Big Sharing + Small College" model promotes inter-institutional collaboration, allowing students from different backgrounds to engage and learn together [16]. - By the fall of 2025, the pilot zone will have opened 287 shared courses, covering all participating universities [16]. Group C: Industry-Education Integration - Cultivating International Talent - The Hainan Bielefeld University emphasizes practical learning, with students engaging in internships that bridge theory and practice [17]. - The curriculum is tailored to Hainan's key industries, incorporating a "practice-embedded" training model that combines classroom learning with real-world experience [18]. - The pilot zone has established a "1+3+N" academic system focusing on cultural tourism, high-tech, and ecological environment disciplines, fostering collaboration with companies like Huawei [18]. Future Prospects - The Lian'an Pilot Zone and Hainan Bielefeld University are set to expand their enrollment significantly, with more overseas universities expected to establish independent programs in Hainan [20]. - An international education cluster is rapidly emerging in Hainan, driven by openness, industry alignment, and innovation [20].

Core Insights - The AI system developed by Peking University, named "AI-Newton," has demonstrated the ability to independently derive classical mechanics laws from experimental data, marking a significant shift in the role of AI in scientific research [1][2] - This advancement indicates a transition of AI from being a mere tool to becoming an independent cognitive entity in scientific inquiry [1] Group 1: AI System Capabilities - "AI-Newton" was tested with 46 sets of experimental data without any pre-set physical knowledge, successfully identifying motion patterns and constructing fundamental concepts like "force," "mass," and "acceleration" [1] - The system ultimately derived Newton's second law, F=ma, using a reasoning strategy akin to the scientific method of hypothesis and verification, rather than simple fitting as seen in traditional large models [1] Group 2: Research Implications - The programming approach of "AI-Newton" is expected to encourage models to actively approach core concepts, potentially becoming a crucial method for future scientific discoveries [2] - The research team plans to extend this methodology to more complex areas, including exploring patterns within quantum systems, indicating a shift of AI from data analysis to being a participant in theory generation [2]

Core Insights - The article discusses a significant research study on the nucleus basalis of Meynert (nbM), highlighting its role in regulating cortical functions, learning, and memory, and its association with neurodegenerative diseases and developmental disorders [2][3]. Group 1: Research Findings - The research team successfully generated human nucleus basalis organoids (hnbMO) from human pluripotent stem cells (hPSC), which contain functional cholinergic projection neurons [5]. - The study established long-distance cholinergic projection pathways from nbM to the cerebral cortex by co-culturing hnbMO with fetal brain tissue and transplanting it into immunodeficient mice [5]. - The nbM-cortical organoid assembloids demonstrated human-specific cholinergic projection systems, confirming the functional connectivity between hnbMO and human cortical organoids (hCO) [5][6]. Group 2: Application and Implications - The organoid assembloids revealed projection defects in organoids derived from patients with Down syndrome, indicating their potential application in studying nbM-related neural circuits and neurological disorders [6]. - The research underscores the importance of the nbM-cortical cholinergic pathway in understanding the mechanisms underlying various neurological conditions [3][6].

Core Insights - The conference aims to enhance academic exchange and collaboration in the field of partial differential equations (PDEs) and related areas, highlighting the importance of PDEs in the context of artificial intelligence [1][4][21] Group 1: Conference Overview - The "2025 National Academic Annual Conference on the Theory and Application of Partial Differential Equations and the Operations Research and Artificial Intelligence Academic Forum" was held in Qingyuan, Guangdong, from December 6 to 7 [1] - The event was organized by several institutions, including the Center for Applied Mathematics at Sun Yat-sen University and the Guangdong-Hong Kong-Macao Greater Bay Area Interdisciplinary Science Society [1][4] Group 2: Keynote Addresses - Professor Yao Zheng'an emphasized that PDEs are entering a new era of opportunities, particularly in validating AI solutions through rigorous theoretical frameworks [4] - Professor Xin Zhouping highlighted the dual nature of good mathematics, which should be profound and easily communicable, and noted the bridging role of PDEs between various fields [6] - Professor Zhu Xiping supported the idea of PDEs as a bridge to both pure and applied mathematics, stressing their significance in practical applications [8] Group 3: Research Presentations - Various scholars presented their latest research findings, including: - Professor Wang Weike from Shanghai Jiao Tong University discussed the existence of solutions for the Keller-Segel equation with Couette flow [13] - Professor Yin Jingxue from South China Normal University reported on recent advancements in semi-linear parabolic equations with nonlinear source terms [15] - Professor Chen Hua from Wuhan University presented on fine embeddings and geometric inequalities related to generalized Sobolev spaces defined by Hermite vector fields [17] - Professor Jin Shi from Shanghai Jiao Tong University introduced the quantum computing platform "UnitaryLab" aimed at solving ordinary and partial differential equations using quantum algorithms [19] Group 4: Institutional Background - The Center for Applied Mathematics at Sun Yat-sen University in Hong Kong aims to gather top global talents and promote deep integration between mathematical theory innovation and engineering technology applications [21] - The center has established close collaborations with several prestigious universities and research institutions in Hong Kong, focusing on key areas such as new information technology, intelligent manufacturing, and healthcare [21]

12月6日，大湾区大学在松山湖校区举行成立大会。在大会上，大湾区大学创校校长、中国科学院院士田刚感慨万千。从最初的"筹建"到今天 的"成立"，大湾区大学用了6年时间，田刚全程参与了创建工作。 今年6月19日，教育部正式复函广东省，同意设立大湾区大学。今年8月，该校已正式开学，首届录取的80位新生已经在此就读。 对于全国经济第一大省广东而言，大湾区大学的正式成立具有标志性意义。一直以来，广东都面临着"经济强省、高教短板"的现实问题，而近年 来，广东正掀起高校建设热潮。2025年，广东以32个高校建设项目的"豪华阵容"受到瞩目。而从建设的方向来看，广东正加快推进新型研究型大 学的建设，借此布局新兴学科，深化产教融合。 近年来，新型研究型大学如雨后春笋般涌现。短短2年间，已有包括深圳理工大学、康复大学、福耀科技大学、大湾区大学、宁波东方理工大学至 少5所新型研究型大学获批。其中，广东就占据了两席。 "投资于人"的政策导向和新质生产力发展的实际需求，呼唤高等教育深化改革。这一布局的背后，是广东对高等教育的深层远谋。 正如大湾区大学提出的"大学+"的发展口号，当新型研发大学遇上大湾区的超级场景，必将释放出巨大的乘数效应 ...

据南方+消息，12 月6日， 大湾区大学（下称"湾大"）在松山湖校区举行成立大会， 标志着这所以理工科为主的新型研究型大学正式落地。 作为一所新型大学，湾大在办学模式方面率先进行创新。 下载财联社APP获取更多资讯 田刚介绍，在学科设置上，该校首批设有数学与应用数学、物理学、材料科学与工程、计算机科学与技术、工业工程等5个普通本科专业， 学生们大一入学后，先不分专业，重在自我探索；大二开始可以自由选择专业，比如 数学、物理、计算机、材料科学、工业工程、人工智 能、未来机器人等， 并且支持跨学科辅修。 而从筹建伊始，湾大创校团队就将打造顶尖学术团队作为高起点办学的基础性工程，全力延揽海内外优秀人才。该校拥有300多名科研教 师，100%具有博士学位，其中超七成拥有海外学习工作经历，海内外院士共10人，国家级人才78人，已组建起一支初具规模的高水平师资 队伍。 坐落在粤港澳大湾区先进制造业中心东莞，湾大正逐步构建起"大学+"协同创新模式。其中，松山湖校区就位于大湾区综合性国家科学中心 先行启动区内，毗邻中国散裂中子源、松山湖材料实验室等大科学装置、大科研平台，华为等一批龙头企业也在此落户扎根。 目前，湾大已和散裂 ...

Core Viewpoint - The establishment of the Greater Bay Area University (GBAU) marks a significant step in creating a new type of research-oriented university focused on science and engineering, aiming to cultivate high-quality research talents to meet the demands of the Greater Bay Area [2][4]. Group 1: University Establishment and Structure - GBAU was officially approved by the Ministry of Education in June 2023, showcasing the rapid development pace referred to as "Greater Bay Area speed" [4]. - The university has commenced operations with its first cohort of 80 students from 53 high schools across 16 cities in Guangdong [4]. - GBAU offers five undergraduate programs initially, including Mathematics, Physics, Materials Science, Computer Science, and Industrial Engineering, allowing students to explore their interests before declaring a major [5]. Group 2: Faculty and Research Collaboration - The university has assembled a high-level faculty team of over 300 research teachers, all holding PhDs, with more than 70% having overseas experience [5]. - GBAU is located in Dongguan, near major scientific facilities and leading companies like Huawei, fostering a collaborative innovation model [5]. - Strategic partnerships have been established with major scientific institutions to enhance technology innovation and talent development [6]. Group 3: Future Development and Goals - GBAU aims to integrate education with scientific research and industry, supporting the development of new productive forces in the Greater Bay Area [6]. - The university plans to explore innovative educational models that combine university resources with major scientific installations and leading technology enterprises [6].