Core Viewpoint - The establishment of the "One-Stop Student Community Co-Building Alliance" in Jiangsu Province represents a significant step towards transforming student communities from traditional living spaces into comprehensive educational platforms that integrate ideological guidance, academic support, cultural enrichment, and life services [1][3]. Group 1 - The event held at Nanjing Engineering College brought together representatives from 14 application-oriented universities in Jiangsu to unveil the alliance and witness the second Student Dormitory Manager Quality Improvement Invitational Competition [1][3]. - The theme of the event, "Seven Strings Together to Cultivate New People, Practice Empowerment to Compose New Chapters," emphasizes the collaborative effort in enhancing student community development [1][3]. - The alliance aims to break down barriers between universities, creating a high-level platform for communication, cooperation, resource sharing, and collective wisdom in exploring modern governance and service paths for student communities [3]. Group 2 - The Student Dormitory Manager Quality Improvement Invitational Competition showcased the professional qualities and capabilities of dormitory managers through storytelling and emergency scenario simulations [3]. - Nanjing Engineering College has been focusing on the construction of a "One-Stop" student community, integrating various cultural elements and providing services such as academic support, employment information, and career education directly to students [3]. - The alliance intends to promote the gathering of quality resources in student communities through shared mechanisms, experience exchange, and collaborative problem-solving, aiming to create an environment conducive to the comprehensive growth of students [3].

Core Insights - Linyi University has announced procurement intentions for 22 items of laboratory equipment, with a total budget of 103 million yuan, expected to be procured between February and December 2025 [1][2]. Procurement Overview - The procurement includes various advanced instruments such as: - Liquid Chromatography-Mass Spectrometry (LC-MS) systems - Ultra-High-Performance Liquid Chromatography (UHPLC) - Gel Permeation Chromatography (GPC) - Gas Chromatography (GC) and Gas Chromatography-Mass Spectrometry (GC-MS) [1][2]. - Specific budget allocations for key items include: - Two-Photon Laser Scanning Confocal Microscope: 6.6 million yuan - Small Animal Single Photon Emission Computed Tomography (SPECT): 3.5 million yuan - Small Animal 3D Photoacoustic Imaging System: 4.8 million yuan - Brain Magnetic Resonance Imaging System: 8.99 million yuan - Microfluidic Medical Dual-Sided Photolithography Machine: 5.37 million yuan - High-Throughput Automated Membrane Clamp: 5.37 million yuan - Various chromatography systems: 9.59 million yuan [2][4]. Equipment Categories - The procurement covers a wide range of categories, including: - Biological and medical engineering equipment - Imaging systems - Chromatography instruments - Microscopes and flow cytometers - Material testing devices [2][4][6]. - Total budget for specific categories includes: - Biological and medical analysis equipment: 10.48 million yuan - Material characterization devices: 10.8 million yuan - Flow cytometry instruments: 6.2 million yuan [4].

学院党委善用"大思政课"，深化理论宣讲，让党的创新理论"声"入人心。学院教师作为宜宾市"宜路有理"基层理 论宣讲队核心成员，深入基层一线开展宣讲，获得省委宣传部通报表扬。积极参加纪念中国人民抗日战争暨世界 反法西斯战争胜利80周年活动，依托宜宾市赵一曼纪念馆、李庄文化抗战博物馆等红色资源，打造"行走的思政 课"；邀请雷锋战友陈国辅、赵一曼孙女陈红、"全国劳动模范"严克美等来校，将抽象的道理具象为可学可感的榜 样，使学生在耳濡目染中赓续红色血脉；学院党委书记受邀在约翰·拉贝北京交流中心和北京联合大学海外中国学 研究中心举办的学术会议上就"中国共产党人精神谱系的四川元素"作交流发言。 □马院宣（图片由宜宾学院马克思主义学院提供） 宜宾学院马克思主义学院坚持以习近平新时代中国特色社会主义思想为指导，深入学习贯彻习近平总书记关于学 校思政课建设的重要指示精神，紧紧围绕立德树人根本任务，以党建引领促发展，以研教互促提质量，以队伍建 设聚合力，以平实之心奋力书写新时代马克思主义学院建设的新篇章。 党建引领促发展 学院始终把党的政治建设摆在首位，实施"党建统揽""立心铸魂"工程，深入推进党建与人才培养深度融合，为学 院内涵 ...

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].

凤凰网科技讯 12月10日，人工智能在科研中扮演的角色正在发生质变。北京大学物理学院团队近日展 示了一个具备自主理论构建能力的AI系统，并因成功从实验数据中独立推导出经典力学定律而登上 《自然》杂志。该成果被视为AI从辅助工具迈向"可独立认知的科研主体"的重要信号。 据介绍，北大团队研发的"AI-牛顿"系统在没有预设任何物理背景知识的条件下，被置于包含小球、弹 簧等装置的46组物理实验数据中。它不仅能识别实验中的运动模式，更在迭代推理过程中逐步构建 出"力""质量""加速度"等基础概念，并最终得出牛顿第二定律F=ma。整个过程依靠的是一种近似于科 学家"先假设、再求证"的合情推理策略，而非传统大模型的简单拟合。 研究团队将实验装置与数据生成器预置于"实验库"，再让系统在"理论库"中不断积累自身构建的概念与 规律。三层结构（符号、概念、定律）让 AI 得以在繁杂数据与可解释公式之间建立联结，使推导路径 可回溯、逻辑链条清晰。这也是该系统突破神经网络"黑箱"困境的关键。 外界普遍关注这项尝试对未来科研方式的潜在影响。《自然》引用哈佛大学学者的观点指出，这种编程 方式能够鼓励模型主动逼近核心概念，或将成为未来科学发 ...

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]