年近花甲的海外中文教师李建一，一笔一画地在黑板上写板书。这个由她创立的中文项目已经走过了30 载春秋，如今注册学生超260人，成为阿尔伯塔省规模最大的中文课程。 从0到1的拓荒者 1996年，毕业于南京师范大学英语系，后在加拿大获得比较文学硕士学位的李建一初次走进荣胜高中， 彼时该校的中文教育还是一片空白。华裔学生何懿德的一句"为什么不开中文课"，成了中文课程的起点 ——她动员5个班级学生联名提议，换来校长承诺"只要有人学就开课"。 在加拿大埃德蒙顿孔子学院下设孔子课堂——荣胜高中的中文教室里，中国结、红灯笼、水墨画与书法 作品相映成趣，墙边还整齐摆放有舞狮道具，鲜艳色彩中跃动着文化风采。 如今，中文班的首届毕业生何懿德已是斯坦福大学医学教授，而李建一则将中文教学从0到1地做成了长 久事业。 开课初期困难重重。没有教材和大纲，李建一握着300加元教材预算，只能买下《你好》等几本基础教 材，然后结合实际增添内容。1998年之前，阿尔伯塔省没有中文教学大纲，各校中文教师均来自中国台 湾省，因而教学都使用注音符号和繁体字。她便把简体版教材复印下来，手动补充繁体字辅助教学。 李建一（左）和她的第一届学生何懿德。 马凯 ...

来源：人民法院报 岳麓区法院自今年7月试点"无书记员庭审"模式以来，累计开庭67场，生成笔录约18.9万字，案件 类型涵盖民间借贷、合同纠纷等。岳麓区法院将逐步扩大该模式适用案件范围，以科技赋能助推审判体 系和审判能力现代化建设。（李果 贺艺蕾） 据悉，"无书记员庭审"模式依托集"庭审辅助智能化、应用服务一体化、运维管理集中化"等功能于 一体的融合法庭，经双方当事人同意，将人工智能技术深度融入庭审活动中，以全程同步录音录像、智 能语音识别全面替代书记员人工记录。 据介绍，庭审中，法官、原告、被告的发言被系统实时采集，并在修正无关信息、区分发言主体后 准确转换成文字，呈现在显示屏上，以便法官和诉讼参与人即时核对。庭审结束后，完整的录音录像和 电子记录将经过加密处理，上传至档案库，生成防篡改的电子庭审档案。 本报讯 近日，湖南省长沙市岳麓区人民法院就一起房屋租赁合同纠纷案适用"无书记员庭审"模式 开庭。 ...

在数字化浪潮与公众金融素养提升需求并行的时代背景下，浙商银行济南分行以"金融为民"为核心理念，积极探索融媒体传播新路径，通过"教育赋能+数字 创新+基层深耕"三位一体的宣教体系，打造了一系列具有辨识度、影响力和可持续性的金融知识普及品牌，走出了一条兼具温度与科技感的消保宣传新 路。 融合创新，打造"可听、可视、可感"的融媒体传播矩阵 浙商银行济南分行主动拥抱媒体融合趋势，打破传统单向输出模式，构建起覆盖广播、电视、短视频、直播、长图文等多平台的立体化传播网络。今年以 来，分行金融理财师长期做客济南新闻广播《康养新主张》直播间，对广大市民进行金融知识宣传教育，在金融教育宣传周期间，更是围绕"保障金融权益 助力美好生活"主题，系统讲解存款保险、个人征信、移动支付安全"三不原则"及投资理财"三适当"原则，并实时解答听众关于养老投资、理财产品选择等 热点问题，实现金融知识的"可听化"精准触达。 与此同时，浙商银行济南分行积极拓展视觉化传播渠道。自2024年以来原创制作的"消保每月一讲"系列长图文，以通俗易懂的语言和生动的视觉设计，深入 浅出地解读金融风险，多次被总行"浙银微讯"及省市银协平台采纳转发。更值得一提的是， ...

农业机器人公司广州极飞科技股份有限公司（简称"极飞科技"）9月25日向港交所递交H股发行上市申请，公司主要产品 涵盖农业无人机、农业无人车、农机自驾仪及智能农场物联网设备等，旨在通过技术创新提高农业生产效率，填补农业劳动 力缺口。 致力提升农业生产效率 | | | 截至12月31日止年度 | | 截至6月30日止六個月 | | | --- | --- | --- | --- | --- | --- | | | 2022年 | 2023年 | 2024年 | 2024年 | 2025年 | | | | | | (未經審計) | | | | | | (人民幣千元) | | | | 收入 | 604.539 | 614.496 | 1.065.539 | 729.655 | 744.836 | | 銷售成本 | (496,062) | (498.363) | (726,036) | (509,156) | (489.394) | | 毛利 | 108.477 | 116,133 | 339,503 | 220,499 | 255.442 | | 其他收入及收益淨額. | 57.712 | 45.113 | 42.1 ...

Core Insights - Typhoon "Haikashan" made landfall on September 24, with maximum wind speeds of 13 levels (40 m/s) and a minimum central pressure of 955 hPa [1] - The typhoon's intensity decreased significantly before landfall, dropping from maximum wind speeds of 17 levels to 14 levels due to energy consumption from land friction and shallow coastal waters [3] Group 1: Typhoon Characteristics - Typhoon "Haikashan" is characterized by its large size, requiring substantial energy to maintain its strength [3] - The storm's path shifted westward due to the influence of subtropical high pressure and weak cold air from the north, causing a change in its movement direction along the western coast of Guangdong [3] Group 2: Meteorological Advances - The prediction of typhoon paths relies on numerical weather prediction models, utilizing supercomputers to calculate atmospheric changes [6] - The integration of drone data and advanced modeling has improved the accuracy of typhoon path forecasts and precipitation predictions [6] - Artificial intelligence is enhancing meteorological forecasting, with systems like the "Zhiji" model providing more precise predictions for typhoon paths and impact areas [6][7] Group 3: Monitoring and Early Warning Systems - The evolution of typhoon path prediction is a result of the interplay between data, models, and human expertise, creating a sophisticated monitoring and early warning network [7] - Technological advancements are reducing prediction errors, providing critical time for disaster prevention and mitigation efforts [7]

Sales and New Model Launch Plans - In August 2025, Xpeng Motors achieved total sales of 37,000 vehicles, with management expecting monthly deliveries to exceed 40,000 starting in September. To boost sales during the traditional off-season (Q1), Xpeng plans to launch multiple range-extended electric vehicles (REEVs) in Q4 2025 to Q1 2026, including the X9 REEV. Management indicated that most models in Xpeng's current battery electric vehicle (BEV) product matrix will have REEV versions launched, with two SUV models from the MONA series expected in 2026 [1]. Vehicle Gross Margin Performance - In Q2 2025, Xpeng's vehicle gross margin was 14.3%, an increase of 8.0 percentage points year-on-year and 3.9 percentage points quarter-on-quarter. Management anticipates that the vehicle gross margin will reach "mid-double digits" in Q3 2025 and the overall gross margin will achieve "high-double digits" in Q4 2025. All new models launched this year are expected to have double-digit gross margins. Specific model gross margins include: MONA M03 with a "high single-digit" gross margin, where the Max version accounts for 80% of sales; the X9 pure electric version with a gross margin exceeding 20%; and the upcoming X9 REEV version, which will have a pricing and bill of materials (BOM) cost similar to the pure electric version [2]. R&D Investment - In 2024, Xpeng's R&D expenses were 6.5 billion RMB, with management projecting R&D expenses to reach 8 billion RMB in 2025, representing a year-on-year increase of 39%. R&D expenses are expected to maintain a similar growth rate in 2026. Management stated that R&D investments will primarily focus on artificial intelligence technology, intelligent driving, and humanoid robotics [3]. Overseas Strategic Layout - In the first half of 2025, Xpeng's overseas sales reached 18,700 vehicles, a year-on-year increase of 209%. Management expects that by the end of 2025, overseas sales, the number of overseas markets, and the number of dealership stores will double compared to 2024, reaching 23,000 vehicles, over 30 countries and regions, and more than 150 sales stores, respectively. The overseas model launch plan includes the introduction of the P7+ in the second half of 2025 and the MONA SUV and Xpeng REEV models in 2026, with an average selling price exceeding 40,000 euros, contributing a gross margin significantly higher than that of the domestic market [4].

二十届中央纪委四次全会强调，提高监督穿透力，依靠大数据分析精准发现不正之风和腐败问题线索， 加强预警纠治。实践中，江西省抚州市纪委监委将大数据信息化赋能作为推动纪检监察工作规范化法治 化正规化建设的重要抓手，加快推进大数据监督平台建设，加强公权力大数据监督，推动实现监督常 在、防线前移。 以"数据闭环"推动"治理闭环"。善于运用大数据信息化技术，充分发挥大数据监督在一体推进"三不 腐"特别是"不能腐"中的重要作用，从海量信息中筛查比对出潜在的廉政风险，精准发现权力运行中的 薄弱环节与潜在漏洞，加强对权力运行全天候全过程的监督识别，为异常行为"赋码亮灯"，推动权力在 阳光下运行。围绕大数据筛查预警发现的异常信息、群众关注和制度漏洞，完善信息推送和处置留痕机 制，形成"发现—推送—整改—反馈"闭环治理链条，推动问题从"解决一件"向"规范一片"深化拓展。把 安全规范作为信息化工作的重中之重，完善数据使用监督制约机制，严格数据调用审批程序，不定期开 展安全保密检查和嵌入式检查，确保数据始终在授权范围内使用，坚决守住信息安全底线。（刘志涛 作者系江西省抚州市委常委，市纪委书记、监委代主任） 以"数据算法"升级"反腐战法 ...

Core Insights - The "Green Low-Carbon Jiangcheng Index" was officially launched at the 2025 China Carbon Market Conference, aimed at evaluating green low-carbon systems in key cities along the Yangtze River, starting with Wuhan [1][2] - Wuhan's green low-carbon development level improved from a B rating in 2022 to a B+ rating in 2024, indicating significant progress in its green transformation [1] - The index utilizes artificial intelligence algorithms to assess urban green development, identifying shortcomings and guiding future directions [2][3] Summary by Categories - **Index Development and Methodology** - The index is based on over 30 existing evaluation frameworks and 500 indicators, creating a comprehensive indicator library [2] - It employs machine learning for correlation analysis and importance ranking, focusing on four dimensions: green low-carbon development, natural ecological foundation, urban spatial layout, and climate adaptability [2] - **Evaluation Results and Impact** - Wuhan's achievements include 480 square kilometers of sponge city construction, 100% green building ratio in new civil constructions, and an 83.4% green travel rate in urban areas [1] - The index categorizes scores into four tiers (A, B, C, D) and ten levels, providing a quantifiable measure of urban green development and low-carbon transition [3] - **Broader Context and Future Implications** - The index serves as a scientific tool for city managers to monitor and optimize policies for green development, akin to checking a weather forecast [3] - The Yangtze River Economic Belt has already seen green practices, such as a 35% year-on-year increase in clean energy vessels along the river [3]

Core Viewpoint - The 2025 Air Force Aviation Open Day and Changchun Airshow showcased the development and capabilities of the People's Air Force, highlighting its equipment system and growth trajectory [1][14]. Group 1: Air Force Equipment and Development - The event featured over a hundred types of active aircraft, ground equipment, and retired classic equipment, demonstrating the comprehensive strength of the People's Air Force [1]. - Military expert Wang Mingzhi emphasized the systematic display of the People's Air Force's equipment development and combat capability generation process, showcasing how the Air Force has grown and strengthened over time [3]. - The China Aviation Engine Group made its debut at the exhibition, presenting various star products, including large transport aircraft engines, reflecting the strength of China's aviation industry [5]. Group 2: Technological Advancements - The exhibition highlighted advancements in unmanned and intelligent aviation products, showcasing the development of autonomous technology and artificial intelligence, which will further promote the widespread use of drones [7]. - The event included a variety of unmanned aerial vehicles (UAVs), such as reconnaissance drones and advanced electronic reconnaissance UAVs, enhancing the Air Force's comprehensive operational capabilities [9]. Group 3: Flight Demonstrations - The five-day flight demonstrations featured impressive performances, showcasing the spirit and training level of the Air Force personnel, as well as the maturity of its equipment system [10]. - Various aircraft, including the Y-20A, J-16, J-20, and KJ-500, participated in coordinated flight displays, illustrating the Air Force's systematic capabilities and tactical training [12][14]. - The flight demonstrations incorporated tactical elements, presenting modular combat formations and emphasizing the Air Force's operational readiness for future battlefields [12][14]. Group 4: Aerospace Industry Growth - The event attracted over 70 domestic aerospace companies, showcasing new technologies and products, and highlighting the vitality of the aerospace industry in Changchun [15]. - The "Jilin-1" satellite, which has established the world's largest sub-meter level commercial remote sensing satellite constellation with 117 satellites in orbit, was a focal point, driving the development of related industries [15]. - A unique dual-wing vertical takeoff and landing fixed-wing drone was introduced, capable of operating in extreme conditions, and has been widely used in various sectors such as emergency firefighting and ecological protection [17].

Core Insights - The detection of gravitational waves by LIGO has opened a new era in gravitational wave astronomy, confirming over a hundred events and validating Stephen Hawking's black hole theory [1][2] - Next-generation detectors like CE, ET, and LISA are in development, promising unprecedented scientific breakthroughs [2][3] Next-Generation Detectors - CE, with a 40 km arm length, aims to detect 100,000 black hole merger events annually, covering the entire history of gravitational wave sources [2] - ET, a European initiative, will extend its frequency range to 1 Hz, allowing earlier detection of black hole collisions and larger mass mergers [2] - LISA, a space-based project, will consist of three satellites forming a triangle of 2.5 million km, targeting low-frequency gravitational waves [2] Technological Innovations - Next-generation detectors incorporate advanced technologies to enhance detection capabilities, such as longer arm lengths for improved sensitivity [3] - Techniques like advanced mirror coatings and low-temperature cooling significantly reduce thermal noise, enhancing detection in the mid-frequency range [3] - Quantum squeezing technology and AI systems are being utilized to suppress noise and improve measurement precision [3] Scientific Potential and Challenges - These detectors hold the potential to explore early universe phenomena, test fundamental physics theories, and advance multi-messenger astronomy [4][5] - They will provide insights into black hole formation, neutron star mergers, and cosmic expansion measurements [4] - However, challenges include noise suppression, precision engineering, and significant funding requirements for projects like ET and LISA [6]