近年来，兵团高度重视人工智能教育发展，投入专项资金推进教育数字化建设，建成多所智慧校园，开 展信息化骨干教师培训，为人工智能教育落地奠定了坚实基础。 据悉，教育部设立中小学人工智能教育基地，旨在以中小学信息科技、通用技术等课程为依托，扩大人 工智能教育覆盖面和受益面，进一步探索人工智能教育的新理念、新模式和新方案，形成可推广的优秀 案例和先进经验，推动中小学人工智能教育深入开展。 本报乌鲁木齐讯（全媒体记者 常丫丫） 近日，教育部公布第二批中小学人工智能教育基地名单，确定 325个基地入选，其中兵团9所学校上榜。 兵团入选的9所学校分别是：五师高级中学、四师第一中学、六师五家渠第五中学、十二师高级中学、 可克达拉市镇江高级中学、十一师第一中学、九师一六一团中学、十三师淖毛湖农场学校、十四师二二 四团第一中学。 ...

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].

Group 1 - A research-oriented and application-based learning chain is rapidly forming in Wuxi, Jiangsu, bridging basic and higher education [1] - Students at Wuxi No. 1 High School are engaged in hands-on projects, such as designing electronic pets and building load-bearing structures, showcasing the integration of education and practical application [1] - The school collaborates with universities like Jiangnan University to enhance the educational experience through "dual high cooperation" [1] Group 2 - Wuxi's education authorities emphasize the importance of high-quality high school education and the cultivation of innovative talents through specialized science and engineering education [2] - The integration of industry and education is exemplified at Wuxi University, where classes are named after companies that contribute financially and participate in course design and internships [2] - Wuxi is optimizing its higher education layout to align academic disciplines with local industries, establishing ten key industry-education integration communities [2] Group 3 - Wuxi is implementing a talent recruitment and retention strategy, focusing on attracting high-level talents and training industry-adapted professionals [3] - The city has 17 universities with a total of 192,000 students, and it aims to increase the retention rate of graduates in Wuxi through various initiatives [3] - Wuxi's educational strategy is centered on the interconnection of education, technology, and talent, promoting a unified development framework [3]

Core Insights - The company has made significant progress in technological innovation and scenario empowerment over the past year, receiving various recognitions that serve as motivation for future endeavors [2] Group 1: Achievements and Recognition - Turing Robot has been recognized as an excellent case in the "2025 AI Empowering Education Industry Development Trend Report" and has been listed among the leading enterprises in Beijing's credit rankings for 2025 [2] - The company has successfully integrated AI into educational settings, impacting over 10,000 students through its AI Precision Learning System [4] Group 2: Product Development and Market Performance - The Turing AI hardware development platform has undergone a comprehensive upgrade based on new large models, enhancing interaction experience and scene adaptability, with over 22 million units of AI-enabled hardware/robots shipped in the year [3] - The company’s core products include the Turing Robot AI development platform with over 1.5 million registered developers, Turing OS with over 100 million device authorizations, and Turing Smart Learning, which serves over 200,000 students in K12 education [7] Group 3: Future Vision and Goals - The company aims to provide every individual with a personal AI robot, continuing to explore the potential of embodied AI in various fields such as family companionship, personalized education, and intelligent manufacturing [5]

原标题：人工智能教育疑虑的分析和对策 人工智能教育会不会导致新的教育鸿沟？这是普遍存在的疑虑。一方面是担心原有基础条件的差异和新 的资源分配不均，发达地区与欠发达地区、城市与农村在人工智能教育硬件、软件等方面拉大了原有的 差距；另一方面是师资队伍教育背景和能力差异，导致人工智能应用普及出现新差距。针对这种疑虑的 对策有：一是加强宏观调控，通过政策倾斜和资金投入，缩小区域间人工智能教育资源差距，比如国家 智慧教育平台向所有学生开放，不分地域、均衡供给；二是加强全覆盖的师资培训，提升他们的应用水 平，确保技术普惠，促进教育公平。 人工智能教育会不会引起隐私保护的信任危机？这也是普遍存在的疑虑。担忧数据收集范围过度，且未 向学生家长透明化收集目的与过程；担忧出现伤害学生的数据偏见与歧视；担忧数据存储与传输过程的 安全漏洞，或遭黑客攻击；担忧数据被滥用或过度挖掘和商业化风险。化解这种信任危机的对策需从多 方面入手：明确数据收集的最小必要原则，取得学生或家长知情同意；加强数据安全技术防护，实施数 据加密和脱敏处理；建立数据使用的全流程审计和问责机制；加快完善人工智能教育领域的隐私保护法 规，明确各方权责，提升监管能力。 ...

上天天基金APP搜索777注册即可领500元券包，优选基金10元起投！限量发放！先到先得！ 12月31日上午，A股三大股指集体下跌。截至午间收盘，沪指跌0.07%，深证成指跌 0.67%，创业板指跌1.1%。 沪深两市半日成交额为1.31万亿元，较上个交易日放量176亿元。 个股跌多涨少，全市场共 2182只个股上涨，38只个股涨停，有3042只个股下跌。 从板块看，AI应用、教育、有色金属板块领涨，商业航天概念 股 持续活跃；船舶制造、医药 商业、化肥等领跌，光模块CPO概念 股 下挫。 | | | Wind热门概念指数 | | | | | Wind中国行业指数 | | | | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | | 并多多合作商小红书平台 4.08% | 3.91% | Kimi 3.64% | WEB3.0 3.04% | 抖音豆包 3.00% | 文化传媒 3.51% | 教育 2.57% | 互联网 2.11% | 航天军工 1.98% | 贵金属 1.45% | | 息拟人 2.77% | 网红经济 2.70% | ...

Market Overview - The three major A-share indices collectively declined on the last trading day of 2025, with the Shanghai Composite Index down 0.07%, the Shenzhen Component Index down 0.67%, and the ChiNext Index down 1.1% [2] - The half-day trading volume in the Shanghai and Shenzhen markets reached 1.31 trillion yuan, an increase of 176 billion yuan compared to the previous trading day [3] Sector Performance AI Sector - The AI application sector saw strong gains, with several stocks hitting the daily limit up, including BlueFocus (20% increase), Desheng Technology (10% increase), and others [5][6] - Meta's acquisition of the AI application company Manus for several billion dollars has boosted sentiment in the AI sector [6] Commercial Aerospace - Commercial aerospace stocks experienced a resurgence, with multiple stocks hitting the daily limit up, including Reco Defense and Beidou Star [7][8] - The National Defense Science and Technology Administration emphasized the importance of promoting commercial aerospace development [8] Education Sector - The education sector also saw gains, with Kevin Education hitting the daily limit up and other companies like Zhonggong Education and Dou Shen Education following suit [10][11] - The Ministry of Education plans to advance AI in education, indicating future policy support [11] Nonferrous Metals - The nonferrous metals sector showed a strong upward trend, particularly in copper and precious metals [12][13] - Jiangxi Copper rose nearly 8%, with other companies like Yunnan Copper and Tongling Nonferrous Metals also seeing gains [13][14] - Copper prices have surged, with a 44% increase year-to-date, driven by supply-demand dynamics and a weaker dollar [15]

【导读】上午三大指数集体下跌，AI智能体、教育、商业航天等逆 市 上涨 中国基金报记者 张舟 大家好，今天是2025年最后一个交易日了，新的一年即将到来，基金君和你继续 关注 市场行情！ 12月31日上午，A股三大股指集体下跌。截至午间收盘，沪指跌0.07%，深证成指跌0.67%，创业板指跌1.1%。 沪深两市半日成交额为1.31万亿元，较上个交易日放量176亿元。 个股跌多涨少，全市场共2182只个股上涨，38只个股涨停，有3042只 个股下跌。 从板块看，AI应用、教育、有色金属板块领涨，商业航天概念 股 持续活跃；船舶制造、医药商业、化肥等领跌，光模块CPO概念 股 下 挫。 | | | Wind热门概念指数 | | | | | Wind中国行业指数 | | | | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | | 并多多合作商小红书平台 | | Kimi | WEB3.0 | 科音豆包 | 文化传媒 | 教育 | 互联网 | 航天军工 | 贵金属 | | 4.08% | 3.91% | 3.64% | 3.04% | 3.00% ...

Core Insights - The article highlights the transformative impact of AI technology on education, particularly at Shenzhen Second Foreign Language School, where students engage in hands-on experiments using VR technology, enhancing their learning experience and safety [2][6]. Group 1: AI Integration in Education - Shenzhen Second Foreign Language School has been at the forefront of AI education, implementing various innovative practices that have garnered significant attention in the industry [2]. - The school has established a comprehensive smart education system that integrates teaching, learning, assessment, and management, focusing on data-driven and intelligent approaches [3][4]. Group 2: Infrastructure and Management - The school has built a robust digital infrastructure that supports various applications, including data platforms, online teaching tools, and management systems, leading to systematic and standardized school governance [3][4]. - Achievements include being recognized as a model school for smart education in Guangdong Province and Shenzhen, contributing to the digital transformation of basic education [4]. Group 3: Teaching Methodologies - The school employs a multi-faceted approach to enhance teaching and learning, including the use of VR for safe and cost-effective experiments, which allows students to engage in high-risk experiments in a controlled environment [6][7]. - A focus on personalized learning paths and the integration of online and offline teaching methods has been emphasized, with teachers utilizing various platforms to create a blended learning experience [5][6]. Group 4: Outcomes and Recognition - The implementation of AI in education has led to significant improvements in teaching quality and student engagement, with students expressing satisfaction with the personalized feedback and resources provided [7][8]. - The school has received multiple awards for its innovative teaching practices, showcasing its commitment to advancing digital literacy and educational reform [8][9]. Group 5: Future Directions - Shenzhen Second Foreign Language School aims to continue its exploration of AI in education, aspiring to become a national benchmark for AI educational applications and contributing to the broader digital transformation in education [9].

Core Insights - The article highlights the innovative use of artificial intelligence (AI) in education at Shenzhen Luohu Senior High School (罗高), showcasing how AI enhances classroom experiences and student engagement [2][3][6]. Group 1: AI-Driven Curriculum and Teaching Transformation - 罗高 has integrated AI education into its overall development plan, creating a "1+3+N" curriculum system that includes national courses and specialized AI courses such as smart driving and drone programming [3]. - The school has developed an original "3+e+N" intelligent teaching model that utilizes smart devices for real-time data collection and personalized learning interventions, fundamentally transforming the teaching paradigm [3]. Group 2: Empowering Teachers and Enhancing Classroom Efficiency - 罗高 has established a four-stage training pathway for teachers, focusing on theoretical learning, skill training, teaching practice, and outcome dissemination, thereby transforming teachers into learning designers and guides [4]. - The school has conducted 23 information technology training sessions over the past six years, resulting in numerous awards for teachers and the formation of a professional AI teaching team [4]. Group 3: Ecological Impact and Regional Educational Development - As a model school for AI education, 罗高 has shared its innovative practices through workshops and collaborative mechanisms, significantly enhancing the dissemination of quality educational resources [6]. - The school's students have shown comprehensive improvements in digital literacy and innovation capabilities, with 100% of students possessing basic AI knowledge and achieving recognition in various competitions [6]. Group 4: Future Directions - 罗高 aims to continue exploring the integration of education and AI, deepening its intelligent teaching and evidence-based research to contribute to a high-quality educational system [7].