Core Viewpoint - The logistics network for transporting goods during the Spring Festival in 2026 is experiencing significant growth, driven by increased demand for traditional goods and enhanced efficiency through digital technology [1][2][3] Group 1: Transportation Demand and Trends - The demand for transporting traditional goods has surged, with food and oil orders increasing by over 40%, clothing orders rising by nearly 50%, and fresh food orders doubling compared to the same period in 2025 [1] - The logistics network is characterized by a high volume of orders leading up to the Spring Festival, with drivers reporting increased earnings due to peak service fees [1] Group 2: Digital Transformation in Logistics - The integration of digital technology in logistics is transforming traditional freight operations, making them more efficient and user-friendly, as evidenced by drivers using platforms to secure loads easily [2][3] - Big data and AI algorithms are being utilized to analyze multidimensional data for efficient matching of cargo and transport capacity, enhancing operational efficiency [2][3] Group 3: Policy Support and Coordination - The Ministry of Transport has issued policies to ensure the smooth transportation of essential goods during the Spring Festival, including the implementation of "green channel" policies for fresh agricultural products [3] - The State Post Bureau has outlined a plan to meet public delivery needs and protect the rights of couriers during the Spring Festival, ensuring continuous logistics services [3] Group 4: Broader Economic Impact - The logistics network is not only facilitating the flow of goods but also connecting urban and rural areas, contributing to economic vitality and resilience [4] - The transportation of goods has evolved into a crucial economic artery, with various logistics solutions enhancing the supply chain from international imports to local agricultural products [4]

Core Viewpoint - Zeng Xiaohui, a teacher from Enjiang Middle School in Yongfeng County, Jiangxi, has been recognized as a national model teacher for 2024, emphasizing the integration of red culture into education through innovative teaching methods [1] Group 1: Teaching Methodology - Zeng has developed a unique "Five Reading Method" for Chinese language teaching, creating a vibrant and culturally rich classroom environment [1] - She systematically explores the integration of red culture with various subjects, including Chinese, history, arts, and physical education [1] Group 2: Community Engagement - Zeng has initiated a "social classroom" concept, leading students to historical sites for thematic commemorative activities focused on party history, honoring heroes, and instilling the spirit of the party [1] - This immersive experience aims to deeply root the red gene in students' hearts [1] Group 3: Educational Philosophy - Zeng embodies the belief that teachers should act as advocates, promoters, and sowers of red culture, demonstrating dedication and commitment to the educational mission [1] - Her actions reflect the spirit of an educator, serving as a mentor and friend in students' growth journeys [1]

Group 1 - The rapid development of artificial intelligence is reshaping various industries, with a specific focus on integrating AI technology into the entire educational process as outlined by the Ministry of Education and nine other departments in China [1] - The overseas study sector is facing structural challenges such as information asymmetry and insufficient personalized guidance, which do not meet the increasing demand for high-quality services from study-abroad families [1] - The penetration rate of China's overseas university course tutoring industry has reached 40%, indicating a significant market opportunity as the demand for efficient learning solutions grows due to the diversification of study destinations and younger students [1] Group 2 - Companies in the education sector are exploring new service models driven by policy guidance and market demand, emphasizing that AI is not a replacement for teachers but a tool to empower education and enhance student efficiency [1] - A specific platform has developed a dynamic knowledge network by analyzing teaching outlines and identifying student weaknesses through assignment data, while also utilizing AI algorithms to plan learning paths and provide targeted content [1] - The digital transformation of China's study abroad education is aimed at cultivating globally-minded talents, with industry efforts enabling more students to achieve significant skill advancements on the international academic stage [2]

买的是足金挂坠，送检之后发现是"合金"？ 近日，广东清远的李女士反映，她新购买的周生生足金福袋挂坠佩戴一天后即被刮花，并出现白色痕迹。李女士 将挂坠送检，结果发现不同点位的金含量数据存在差异：其中一个点位金含量为96.21%，另一个点位为83.35%， 最低的一个点位仅为64.37%。挂坠中含有铁、银、钯等多种其他金属元素。 周生生官方微博发布情况说明 此事引发舆论关注之后，自称是周生生方面的工作人员回复记者称："考虑到春节临近，出于对客户最大的诚意， 我司愿意为其提供退货服务。" 针对此事，2月3日，周生生官方微博发布情况说明，表示高度重视顾客反映的相 关事宜，正积极开展相关工作，相关进展将及时同步。舆论压力之下，姗姗来迟的售后服务不足以让人看到诚 意。 此事虽因退货而起，但目前的舆论风波绝非退货所能平息——涉事挂坠为什么会出现这样的情况？到底有没有质 量问题？还有没有类似的问题？ 事关消费者权益和品牌形象，所有这些都需要一个明确的答案。 根据国家标准GB11887-2012《首饰贵金属纯度的规定及命名方法》，Au990（俗称足金）金含量不低于990‰ 。 从检测结果来看，该挂坠多处检测点位金含量低于国家标 ...

Core Viewpoint - The "2026 'Happy Shopping Spring Festival' Special Activity Plan" aims to enhance consumer engagement during the upcoming Spring Festival by integrating various sectors and creating a vibrant consumption atmosphere, thereby stimulating economic growth [1][2]. Group 1: Policy and Economic Impact - The plan leverages the nine-day holiday to promote consumption across the entire chain of "eating, living, traveling, shopping, and playing," aiming to create a comprehensive and enjoyable consumer experience [1]. - It emphasizes the importance of holiday consumption as a key driver for consumption upgrades, utilizing the characteristics of holiday economies to foster market demand [1][2]. - The initiative is designed to ensure that traditional cultural elements are preserved while also incorporating modern consumer trends, thus setting a positive tone for annual consumption growth [1][3]. Group 2: Consumer Experience and Infrastructure - The plan encourages the integration of various consumption scenarios, promoting a multi-faceted experience that extends beyond single transactions to create a holistic consumer journey [2]. - It focuses on enhancing infrastructure in lower-tier markets and increasing subsidies to boost consumer confidence and optimize the shopping experience [2]. - Specific measures include promoting trade-in programs for consumer goods, offering financial incentives, and improving service accessibility at public venues during the festival [2][3]. Group 3: Collaborative Efforts and Regulatory Framework - The plan promotes collaboration among various departments while respecting their functional boundaries, aiming to create a seamless consumer platform and facilitate resource connections [3]. - It emphasizes the importance of maintaining regulatory standards and quality control to ensure consumer safety while empowering businesses [3]. - The initiative seeks to balance market dynamics by enabling a supportive environment for both consumers and businesses, fostering a win-win situation [3].

"怎么看手机上的车票有没有买成功？" "您别急，我看下订单。""李静导购台"带头人、太原南站客运车间副主任李静接过旅客手机，快速查看起来。 今年是李静在岗位上服务的最后一个春运。1992年退伍进入铁路系统，她当过列车员、客运员，2006年来到售票窗口，2012年开创"导购台"。三十余载光 阴，她亲历了一张车票背后的时代变迁。 "如今大部分车票通过互联网售出，和过去相比，真是天壤之别。"李静回忆说，早些年春运时，买票的队伍能从大厅一直排到站前广场，不少人为了买到一 张回家的车票，带着铺盖在售票厅打地铺排队。"那时满脑子想的，就是怎么能更快把票卖给旅客。" 为了"快"起来，李静把数百个车站代码记得滚瓜烂熟，旅客一说站名，她的手指便在键盘上同步完成输入。她还自创了"缓、简、速、唱、全"五字售票方 法：语气和缓问需求，简明确定车次日期，迅速操作出票，唱收唱付核对清楚，最后将票与找零一并递出。 2011年春运，李静曾一天售出车票2100张，40天春运累计售出车票超过4万张。"看到旅客买到称心的车票，我比他们还高兴。那种想回家的心情，谁都理 解。" 变化紧随而至。2011年6月12日，12306网站上线，2012年春运， ...

"十四五"期间，新疆综合交通固定资产投资预计突破4400亿元，铁路运营里程达到9557公里，公路总里程约23.7万公里（含兵团），拥有 全国最多的28座运输机场，综合立体交通网加快构建。和若铁路、G7京新高速、乌鲁木齐天山国际机场等一批重大标志性工程相继建成投 用，让天山南北"天堑变通途"，"疆内环起来、进出疆快起来、南北疆畅起来、进出境联起来"正由蓝图变为实景。 ...

Core Insights - Beijing has established a wetland protection system that includes nature reserves, wetland parks, and supplementary nature reserve communities, which supports nearly 50% of plant species and 76% of wildlife species in the capital [1][2] Group 1: Wetland Area and Protection Rate - As of now, Beijing's wetland area has reached 61,200 hectares, with a protection rate of 83.15% [1][3] - The classified wetland area includes various types such as shrub swamps, inland mudflats, forest swamps, marsh grasslands, and marshes [3] Group 2: Wetland Protection and Restoration Efforts - During the 14th Five-Year Plan period, Beijing adheres to principles of prioritizing protection, strict management, systematic governance, scientific restoration, and rational utilization [2] - The city has implemented a comprehensive ecological restoration strategy, focusing on natural recovery and combining it with artificial restoration [2][3] - Key projects include the restoration of the Yeyahu International Important Wetland and the Fangshan Changgou Spring National Wetland Park, promoting the "Wetland+" model to integrate wetlands with tourism and rural revitalization [2] Group 3: Future Plans and Regulations - The city plans to enhance wetland restoration, particularly in areas with severely degraded ecological functions, and promote the construction and restoration of micro-wetlands in urban communities [3] - The wetland classification management system will be improved, and efforts will be made to explore high-quality wetland ecological products, making wetlands accessible green spaces for the public [3]

展望"十五五"，我国造船业仍需坚守创新内核，强化前瞻性技术研发，加大关键系统和配套设备研发， 进一步夯实造船强国的雄厚实力与产业韧性。我们有理由相信，中国造船业这艘巨轮必将驶向更广阔的 蓝海，书写新的篇章。 （文章来源：人民网） 智能化变革助力中国造船业更上一层楼。从设计、采购到生产、物流，在船舶建造的各个环节，人工智 能等新技术正在深度融入。通过"AI大脑"指挥调度，仓储空间利用率提高200%、出入库效率提升 50%、车间产能提升25%……利用新技术新方法，更好解决船舶制造工序复杂、物资繁杂等难题，带来 全流程变革，实现效率跃升。国产第二艘大型邮轮"爱达·花城号"目前工程总进度超91%，与首艘国产大 型邮轮相比，建造周期缩短近8个月。 在全球碳中和浪潮下，我国造船业率先布局绿色转型。1月30日，全球领先的液化天然气（LNG）运输 船"天山"号顺利交付，该船采用了全球最新一代双燃料低速推进动力系统，单日航行碳排放相比传统燃 油驱动减少10吨以上。我国已实现主流船型绿色环保技术全覆盖，多型全球领先的绿色智能船舶成功交 付，为全球航运碳中和提供切实可行的中国方案。在智能化绿色化驱动下，我国造船业附加值持续增 加， ...

研究团队创新采用机器学习与先进分子动力学结合的方法，在超级计算机中模拟深部岩浆洋的高温高压 环境下布里奇曼石的结晶过程。结果显示：随着压力升高，布里奇曼石与熔体的界面能显著增大，较高 的界面能会显著抑制凝固成核密度，若再配合深部岩浆洋较慢的冷却速率，则可能促使布里奇曼石晶体 生长至厘米甚至米级规模。而米级巨晶更可能以类似"晶体雨"的方式向中性浮力层聚集，促进分离结晶 与化学分异，从而为"分层凝固"假说提供了可量化的微观物理支撑。 《 人民日报 》( 2026年02月03日 11 版) 本报西安2月2日电 (记者张丹华)地球早期岩浆洋如何结晶固化？西北工业大学材料学院牛海洋教授团队 联合国际团队研究发现，在地球早期深部岩浆洋缓慢冷却的条件下，下地幔主导矿物——布里奇曼石并 非以传统假设的微小颗粒结晶，而是有机会长成厘米至米尺度的巨晶，进而聚集成"晶体雨"，可能显著 改变岩浆洋凝固方式，驱动地幔早期分层。相关成果于国际期刊《自然》在线发表。 ...