Group 1 - The establishment of the "Science Education Research Center" and "Cognitive Science Research Center" at Anhui Normal University aims to drive educational reform and technological advancements in the Yangtze River Delta region [1][4] - The Science Education Research Center will focus on three core areas: innovation in science curriculum and teaching, digital development of science popularization resources, and deep integration of intelligent technology with science education [4] - The Cognitive Science Research Center will leverage interdisciplinary support from psychology, life sciences, computer science, and neuroscience to address cutting-edge topics such as brain development, cognitive function modeling, mental health interventions, and neural regulation technology [6] Group 2 - The academic committees for both centers include renowned experts from fields such as science education, psychology, artificial intelligence, and neuroscience [6] - The establishment of these centers is a key initiative for Anhui Normal University to optimize its academic structure and enhance its core competitiveness [6] - The university plans to provide top-tier research platforms and talent support systems to facilitate interdisciplinary and collaborative innovation for the centers [6]

Core Viewpoint - Guangdong Province has achieved significant milestones in education during the "14th Five-Year Plan" period, aiming to build a strong education system and promote high-quality development in education [3][4]. Group 1: Education Development Achievements - By the end of 2025, Guangdong will have 36,868 schools, an increase of 28 from the end of the "13th Five-Year Plan," ranking second in the country [6][7]. - The number of enrolled students is 27.66 million, an increase of 1.6556 million from the end of the "13th Five-Year Plan," ranking first in the nation [8]. - The number of full-time teachers is 1.6804 million, an increase of 158,500 from the end of the "13th Five-Year Plan," also ranking first in the country [9]. - Guangdong's basic education institutions account for approximately 10% of the national total, providing nearly one-fifth of the compulsory education enrollment for migrant children nationwide [9][10]. Group 2: Policy and Resource Allocation - Guangdong has implemented a series of policies to enhance the quality of basic education, including the "Action Plan for Promoting High-Quality Development of Basic Education" and the "Education Action Plan for High-Quality Development of 100 Counties, 1,000 Towns, and 10,000 Villages" [16][18]. - The province focuses on expanding quality educational resources through new constructions and renovations, promoting group-based schooling and urban-rural education communities [22][23]. - The province has increased the enrollment of migrant children in public schools, with a 28% increase in the proportion of migrant children attending public schools [25][26]. Group 3: Financial Support and Student Aid - Guangdong has established a comprehensive student aid policy system that covers all educational stages, with a total financial input of approximately 38.42 billion yuan for student aid during the "14th Five-Year Plan," benefiting 20.27 million students [41][42]. - The financial input for student aid increased by 730 million yuan, a growth rate of 9.4% compared to 2020, with the number of aided students growing by 1.486 million, a 45.1% increase [42][43]. - The province has implemented various financial aid policies across different educational levels, including subsidies for economically disadvantaged students in preschool and exemptions from fees in compulsory education [46][48]. Group 4: Future Plans - Guangdong plans to continue increasing the supply of quality basic education resources and accelerate the construction of a high-quality basic education system [34][53].

Core Viewpoint - The Ministry of Education has responded to a proposal from the National People's Congress regarding the enhancement of scientific literacy among youth, highlighting ongoing reforms and initiatives in science education across various educational levels [1]. Group 1: Current Educational Structure - Science courses are now offered from grades one to nine, with the total class hours for elementary and middle school science increasing to 8%-10% [1]. - High school students are required to complete 6 credits in physics and technology, and 4 credits in chemistry and biology, with additional elective credits available [1]. Group 2: Future Initiatives - The Ministry plans to deepen curriculum reforms by implementing inquiry-based teaching methods and exploring AI and STEM education to enhance problem-solving skills [2]. - There will be an emphasis on improving the quality of science teachers through better training and resources, including the establishment of educational centers focused on math, technology, and engineering [2]. - The Ministry aims to enhance the supply of quality science education resources by involving scientists in creating educational materials and promoting science awareness through school activities [2]. Group 3: Evaluation and Incentives - The Ministry will integrate experimental teaching into the education quality evaluation system and improve incentive mechanisms for teaching staff and laboratory management [3]. - Collaborative efforts will be made to engage families and communities in science education through various outreach activities [3].

来源：中国网 12月26日上午，"智启科学新课堂——AI技术赋能小学科学教学创新"主题活动在天津市宝坻区教师发展 中心劝学厅隆重举行。宝坻区教育局副局长刘盛海、教师发展中心主任张瑞占、副主任王涛等同志出 席，全区共计120余名一线科学教师参与本次活动。 天津实验小学科学学科带头人王万江老师以《AIGC辅助跨学科项目式学习》为题作专题报告。报告立 足科技教育、大科学教育、项目式学习、任务驱动、创客教育等多个维度，分享了一系列教学实践案 例，生动展现了AIGC技术在课堂教学中的具体应用场景与实操方法，让在场教师直观感受到AI技术赋 能学科教学的实际价值。 北京师范大学博士后达婷老师作了《探索大模型和智能体赋能人机协同教育》专题报告。报告聚焦AI 智能体融入人机协同教学的实践路径，深入剖析人机协同教学推进中的关键问题，用前沿的理论框架为 我们勾勒出AI+科学教育的未来图景，为小学科学课堂的数字化转型与提质增效提供了切实可行的参考 方向。 活动期间，围绕"应用为王 智启未来——'人工智能+基础教育'应用场景典型视频征集活动"展开了专题 研训活动。 活动由北京师范大学互联网教育智能技术及应用国家工程研究中心联合猿编程发 ...

转自：北京日报客户端 近年来，丰台区以学生发展中心（创新人才发展中心）为"中枢"，构建了"区域统筹-集团联动-学校落 实"的三级三层运行机制，有效打破学段、校际壁垒。目前，科学教育正实现从"单点突破"到"系统构 建"的转变：该区系统链接了清华大学等30余家顶级高校与科研机构，成功申报了6所教育部科学教育实 验校，建设了13所拔尖创新人才培养基地，将外部顶尖资源高效转化为区域发展的内生动力。 丰台区已聘请高校教授、科研院所研究员、企业工程师等70人以上的专家团队，担任学校"科学副校 长"或项目导师；通过"科学家精神进校园""院士名家学术前沿课程"等活动，将科学家精神具象化、课 程化。同时，该区依托人工智能、大数据等技术赋能，构建数据驱动的教师发展模型与学生素养"数字 画像"，推动教学方式与评价体系变革。 京日报客户端 来源：北 丰台区教委携该区学生发展中心（创新人才发展中心）等多个单位，亮出科学教育成果。这也标志着区 域科学教育多元育人合力正在加速形成。 ...

Group 1 - The core idea of the news is that Hainan is transitioning from a "policy lowland" to a "functional highland," emphasizing the importance of soft power, particularly in education, as a new competitive dimension in the context of its upcoming full island closure in 2025 [2][4] - Hainan's development strategy includes building a modern education system with international competitiveness, focusing on early identification and cultivation of top innovative talents to align with national strategic needs [4] - The local enterprises, such as Jinfa Technology Media Company, are actively responding to the demand for enhancing youth scientific literacy, aiming to contribute to Hainan's development by organizing quality educational resources and projects [6][10] Group 2 - Jinfa Technology Media Company plans to launch the "Hainan Youth Top Talent Program" in 2026, with its first project focusing on artificial intelligence exploration for selected students, emphasizing hands-on research experience [7][9] - The project aims to cultivate students' problem-solving abilities and teamwork skills through an inquiry-based learning model, aligning with national education reform directions [9] - Jinfa Company envisions a sustainable scientific education ecosystem by continuously introducing diverse educational resources and practices, thereby addressing the real needs arising from Hainan's rapid development [10][11]

（来源：劳动午报） 转自：劳动午报 今年11月，在被誉为"全球三大发明展"之一的第77届德国纽伦堡国际发明展上，来自中国内蒙古自治区 敖汉旗的14岁少年贾明轩，捧起青少年组全球金奖。他的获奖发明"干旱地区树木自动浇水装置"，灵感 正源自家乡科尔沁沙地严峻的生态治理现实。（新闻及图片来自新华网） 点评：科学教育不必囿于实验室，田间地头、生活日常也是帮助孩子成长的课堂。14岁少年贾明轩的故 事就是最好的证明。 ...

Group 1: Core Value of Science Education - Science should belong to everyone, and this belief needs to be conveyed in schools to help educators understand its importance [4][6] - The misconception that science is exclusive to certain groups leads to a disconnect between science education and general education, distancing people from scientific exploration [6][8] - Science education aims to cultivate curiosity, resilience, and confidence, allowing students to learn from failures and seek answers in the unknown [9][11] Group 2: Challenges in Science Education - The current education system overly emphasizes grades and rote learning, which stifles curiosity and exploration [11][13] - Encouraging students to embrace mistakes and view research as a long-term journey is essential for fostering a scientific mindset [13][15] - Confidence varies among students, and tailored approaches are necessary to build their self-esteem and foundational skills [15] Group 3: Scientific Thinking and Social Progress - Scientific thinking serves as a guiding light in an era of information overload, helping individuals discern truth from falsehood [17][19] - The use of complex terminology by scientists creates barriers, making science seem inaccessible; thus, simplifying language is crucial for public engagement [17][19] - Practical, hands-on learning experiences are vital for students to actively engage with scientific concepts and foster a deeper understanding [19][21]

Business 两说 Business Insights 当下，随着科学研究与经济社会相互影响的日益加深，科学领域受到了空前的关注，也面临着 自身发展的多重挑战。科学教育的底层逻辑是什么？从理念到范式，面临哪些挑战？科学思维的"理 性之光"如何照耀未来？在2025世界顶尖科学家论坛期间，第一财经主持人尹凡与美国结构生物学 家、2023年世界顶尖科学家协会"生命科学或医学奖"获得者卡洛琳·卢格教授展开对话，深入剖析科 学教育的核心价值及其对社会发展的赋能机制。 更多精彩内容，敬请关注12月24日周三晚22:30 东方卫视 《两说》节目， 第一财经 12月27日周六晚22:00 播出。 20 12\24 22:30 12\27 22:00 东方卫视首播 第一财经播出 -财经主持 ...

Group 1 - The core viewpoint of the article emphasizes the integration of science education and innovation in Hebei Province's Handan City, particularly in the Congtai District, which has been actively promoting a "tiered training" system for science teachers [3] - The district has explored a dual-track model of "national curriculum as a foundation and school-based curriculum for特色" to enhance the quality of science education [3] - A new educational framework has been established, focusing on "building a strong teaching team, improving course quality, and increasing practical effectiveness" in science education [3] Group 2 - The district has successfully built three specialized science bases and has five provincial-level and eleven municipal-level science education experimental schools, benefiting tens of thousands of teachers and students [3] - The initiatives have effectively fostered students' innovation and practical abilities through programs like "project-based learning + home laboratories" and interdisciplinary thematic courses [3]