Group 1: Low-altitude Economy Development - The low-altitude economy is being actively promoted in Qingyang, with a focus on agricultural applications such as crop protection using drones, significantly improving efficiency compared to traditional methods [1] - Qingyang has established a complete industrial chain for low-altitude economy, integrating equipment, services, and talent, with a service network covering 3 provinces and 18 counties, and achieving 800,000 takeoffs and landings [1] - The city is leveraging its unique geographical advantages and rich airspace resources to explore innovative development paths in the low-altitude economy [1] Group 2: Computing Power and Technological Support - Qingyang's computing power has surpassed 50,000 PFlops, providing strong support for the intelligent operation of the low-altitude economy [2] - The computing cluster significantly enhances the efficiency of flight control system simulations, reducing the R&D cycle from several months to two weeks [2] - The establishment of a complete drone production chain in Qingyang, with an investment of 5.75 billion yuan, is supported by scalable computing power, improving engine parameter iteration efficiency by three times [2] Group 3: Energy Sector Applications - Drones equipped with infrared thermal imaging devices can now complete 300 kilometers of oil and gas pipeline inspections weekly, reducing operational risks by 90% compared to traditional methods [3] - The integration of drones, fixed cameras, and manual inspection data has improved operational efficiency by 45% through a smart inspection platform [3] - Talent development is crucial for sustainable growth in the low-altitude economy, with local educational institutions collaborating with high-tech companies to train certified drone pilots [3] Group 4: Broader Economic Impact - Qingyang is utilizing the low-altitude economy as a breakthrough point to advance towards high-quality development across various sectors, including agriculture, energy, manufacturing, and tourism [3]

Group 1 - The smart parking industry in China has transitioned from concept validation to large-scale implementation, facing challenges such as homogenization and profitability issues as "unmanned" becomes the industry standard [1] - Chengdu Yibo Information Technology Co., Ltd. has launched the country's first cloud-integrated autonomous valet parking (AVP) demonstration site, emphasizing the need for parking lots to be unmanned to enhance utilization and improve user experience [1] - Investment in the smart parking sector appears to be cooling due to a new normal of declining demand, but companies with a solid industry foundation may find a good opportunity for growth [1] Group 2 - Chinese smart parking companies are looking to overseas markets for growth, with Southeast Asia showing increasing acceptance of Chinese technology and products [2] - The parking scene is expected to evolve into a key node for connecting multiple industries, moving beyond just solving parking issues to creating new business models and value growth through integration with sectors like tourism, media, and security [2]

该模型具备精准预测现实行为的能力。以银行业为例：当需要评估客户群体对不同投资选项的偏好时， Be.FM可预判选择倾向、合作意愿及风险承受度，为经济建模、产品测试及政策制定提供低成本的行为 模拟方案；该模型可实现心理特征与人口数据的双向推理，既能通过年龄、性别等基础信息推断性格特 质，也能依据性格特征反推人口统计属性，这对用户画像构建、个性化服务设计具有重要价值；该模型 也擅长捕捉环境因素对行为的影响，例如分析用户1—2月间的行为变化时，能精准识别季节因素、社会 规范等情境变量的作用机制，为行为干预提供科学依据；作为基于大语言模型架构的系统，Be.FM还能 高效整合行为科学知识，辅助完成文献综述、研究设计等学术工作，成为科研人员的智能协作伙伴。 据物理学家组织网7月16日报道，来自美国密歇根大学、斯坦福大学与商业教学实验平台MobLab的科学 家携手，研发出名为"行为基础模型"（Be.FM）的新型人工智能系统。该AI模型是首批专注于人类行为 预测、模拟与推理的专用AI模型，相关研究成果已发表于社会科学研究网络预印本服务器。 与传统依赖通用文本训练的AI不同，Be.FM采用行为科学专属数据集进行训练。研究团队构建 ...

Core Viewpoint - The third China International Supply Chain Promotion Expo showcased an immersive VR experience that allows participants to engage with ancient Chinese civilization through advanced AI technology [1][2]. Group 1: Event Overview - The event featured the launch of an AI-powered immersive VR project by Peking University Wuhan Artificial Intelligence Research Institute, attracting significant attention from attendees [1]. - The "Civilization for Ten Thousand Years: Intelligent Society Experience Hall" drew large crowds, with many international visitors expressing amazement at the 360-degree immersive experience [1]. Group 2: Technological Innovation - The project includes a 30-minute immersive VR experience designed by a multidisciplinary team, allowing participants to explore digitally recreated ancient settings such as rice fields and examination halls [2]. - The use of LBE (Location-Based Entertainment) and VR technology creates an interactive environment that enhances the audience's engagement with historical narratives [2]. Group 3: Cultural Impact and Expansion - The "Civilization for Ten Thousand Years" products have been replicated in various locations across China and are in discussions for international projects in Europe, the Middle East, and Southeast Asia [2]. - The team aims to promote Chinese culture globally through innovative technology, making the experience of ancient civilization accessible to a wider audience [3].

Group 1 - The global competition in intelligent vehicles has fully commenced, with China's L2-level assisted driving penetration exceeding 50%, the highest globally, and parking assistance technology penetration in mid-to-high-end models surpassing 20% [1] - By 2025, the commercialization of autonomous driving is reaching a critical turning point, shifting from "technology validation" to "scene implementation," with China's automotive industry successfully achieving a leap in electrification and gaining a leading edge in intelligence [1] - The future window for L3 and L4 autonomous driving applications is expected to open around 2030, emphasizing the need for low-cost, lower-level intelligent driving technology while accelerating the deployment of higher-level autonomous driving technologies [1][2] Group 2 - Safety is a major national demand for the development of intelligent vehicles, as complex road traffic scenarios and frequent accidents in China necessitate improvements in traffic safety, with intelligent vehicle technology being a key solution [1][2] - The integration of AI with automobiles is triggering paradigm-level breakthroughs, reshaping core competitiveness and significantly impacting user experience, which will be a critical variable in determining the future competitive landscape of the automotive industry [2] - China is recognized as a global leader in automotive intelligent technology development, with significant advantages in research and development efficiency compared to Europe and the US, where product development timelines are considerably longer [2][3] Group 3 - There is a call for Chinese automotive companies to take the lead in driving the industry upgrade by collaborating with information and communication technology enterprises under policy guidance [3] - The automotive industry is encouraged to adopt a more open model to link more intelligent capabilities, integrating external strengths into internal competitiveness and fostering cross-industry collaboration for sustained growth [3]

Group 1 - The article highlights the successful development and commercialization of carbon-14 production in China, filling a significant gap in the market that has relied heavily on imports [1][3][4] - The carbon-14 market has seen a price increase of 5 to 10 times over six years due to rising demand, necessitating domestic production capabilities [3][6] - The Qinshan Nuclear Power's team has achieved a breakthrough by utilizing heavy water reactors for the mass production of carbon-14, marking a significant advancement in the country's nuclear technology [1][4][6] Group 2 - The production process involves neutron irradiation to convert nitrogen-14 into carbon-14, with the team overcoming challenges related to neutron energy and reactor safety [4][6][8] - The team developed a reliable model to confirm that thermal neutrons can indeed trigger the necessary reactions for carbon-14 production [6][8] - A rigorous safety analysis was conducted to ensure that the introduction of carbon-14 targets into the reactor would not disrupt its operation, leading to the successful validation of the production process [7][8][9] Group 3 - The team faced challenges in developing the carbon-14 target materials, ultimately selecting aluminum nitride powder and zirconium alloy for their design [10][12] - Innovative methods were employed to detect impurities in the target materials, which were critical for ensuring the quality of the carbon-14 produced [12][13] - The successful establishment of carbon-14 production capabilities is expected to meet domestic demand and stimulate the growth of the isotope application industry in China [1][13]

Core Insights - The Southern Power Grid Company reported a significant increase in the operational frequency of pumped storage power stations in the southern region, with over 24,000 starts in the first half of the year, marking a year-on-year growth of over 20% and setting a historical record [1][3] Group 1: Pumped Storage Operations - The seven pumped storage power stations in the southern region have a total of 34 units with a capacity of 10.28 million kilowatts, providing over 20 million kilowatts of regulation capacity, which has increased the power system's peak shaving and valley filling capability by nearly 10% [1] - In the first half of the year, these pumped storage stations collectively adjusted 12.11 billion kilowatt-hours of electricity, equivalent to the half-year electricity demand of over 11 million residential users [1] - The number of unit starts reached 24,827, reflecting a year-on-year increase of 24.1% [1] Group 2: Adaptation to Renewable Energy - The increasing penetration of renewable energy in the power system has raised the demand for more precise and flexible responses from pumped storage units, as renewable generation is characterized by randomness and intermittency [3] - The centralized control platform in Guangzhou manages 31 pumped storage units in the Guangdong-Hong Kong-Macao Greater Bay Area, with a control capacity of 2.4 million kilowatts per operator, which is 2 to 3 times that of traditional models [3] - The operational scenarios of pumped storage stations are evolving to adapt to local energy structure adjustments, such as the Qiongzhong pumped storage station in Hainan, which now operates in a mode that stores excess solar energy during the day and generates power at night [3] Group 3: Intelligent Operations - During the peak summer demand period, the pumped storage units are utilizing intelligent operation and maintenance strategies to enhance performance [4] - An AI data analysis platform has been implemented to monitor over 400,000 operational data points from the units, using more than 9,000 algorithms to diagnose the health status of the machines [4] - Since June, all 34 units have maintained a safe and reliable operational status, with a maximum daily adjustment capacity reaching 101 million kilowatt-hours, and a significant increase in operational frequency compared to the same period last year [4]

Group 1: Urban Renewal and Housing Transformation - The largest non-standard old housing demolition and reconstruction project in Shanghai, the Jing'an District Pengyi Community, has completed its resident relocation, replacing 40 old buildings with 17 new high-rise residential buildings equipped with modern amenities [1] - The trend of urban renewal is accelerating, with many old housing projects undergoing transformation, incorporating smart monitoring technologies, photovoltaic maintenance equipment, and rainwater storage systems to enhance safety, sustainability, and livability [1] Group 2: Smart Monitoring Technology - In Qingdao, the renovation of old communities has integrated smart monitoring technologies, including smoke, water immersion, and health assistance sensors, significantly improving residents' quality of life and safety [2] - Smart monitoring systems act as 24/7 "security guards" for buildings, utilizing sensors to monitor critical parameters like temperature, humidity, and structural integrity, providing real-time data to identify potential safety hazards [2][3] - The technology allows for proactive environmental adjustments, enhancing comfort and safety, such as automatically shutting off gas valves in case of leaks [3] Group 3: Photovoltaic Maintenance - The integration of photovoltaic technology in old buildings is crucial for achieving low-carbon goals, with many buildings now equipped with solar panels to reduce energy consumption [4] - Advanced photovoltaic maintenance systems, including drones, are being employed to inspect and clean solar panels, significantly improving their efficiency and reducing maintenance costs [5] - The collaboration between drones and cleaning robots ensures timely maintenance of solar panels, enhancing their operational efficiency [5] Group 4: Rainwater Management Systems - The construction of rainwater storage and purification systems, such as the one in Beijing's Tongzhou District, exemplifies the implementation of sponge city concepts, effectively managing stormwater and enhancing urban ecology [6] - These systems utilize rainwater for landscape irrigation and beautification, contributing to a more sustainable urban environment [6][7] - The design of rainwater management systems emphasizes the selection of appropriate vegetation to ensure effective water absorption and purification, promoting long-term ecological benefits [7]

在日前举办的2025中国（大连）国际服装纺织品博览会上，一系列由前沿技术赋能的创新成果，化身提 升百姓穿衣体验的贴心助手。 在中国联通展台，最吸睛的展品，当数由中国联通（大连）工业互联网研究院打造的"AI量体智能试衣 间"。体验者只需站在该试衣间的试衣镜前，360度转台配合AI视觉与光学三维建模，短短10秒即可生成 毫米级精度的人体3D模型。该设备不仅能精准测量200多项体型数据，更能智能识别头前引、圆肩、骨 盆移位、特殊腿型等体态特征。 "传统人工量体误差大、效率低，而AI量体将数据精度控制在毫米级。有了它，消费者在定制衣服时， 再也不用担心尺寸不合适了。无论是想要一件合身的西装，还是一条舒适的裤子，AI量体都能提供科 学的数据支撑，让个性化定制变得简单又高效。"中国联通（大连）工业互联网研究院服装行业总监孙 长昱向科技日报记者介绍。 该展台一旁的"5G+AI未来工厂沙盘"，生动描绘了科技如何让高品质服装更快到达消费者手中。从原料 入库到智能转运再到自动化生产，5G网络和智能算法是核心驱动力。沙盘所代表的智算云平台，能实 现小订单的柔性化生产。这不仅提升了工厂响应速度，而且能满足消费者日益增长的个性化需求。 ...

Core Viewpoint - The strategic cooperation agreements signed between Changchun Municipal Government, China FAW Group, and Jilin University mark a significant development for the Changchun automotive industry, aiming to accelerate high-quality development and facilitate industrial transformation and upgrading [1][3]. Group 1: Strategic Cooperation Agreements - Changchun Municipal Government and China FAW Group signed a strategic cooperation agreement to initiate a new phase of intensive electric vehicle product launches, with expectations for the new energy vehicle industry scale to achieve leapfrog growth [3]. - The cooperation will focus on the development of eight new energy vehicle products under the Hongqi and FAW-Volkswagen brands, emphasizing green technology and high-end intelligence [3]. - The partnership aims to enhance the core competitiveness of the automotive manufacturing industry in Jilin Province through a collaborative model between central and local governments [3]. Group 2: Focus on Innovation and Talent Development - The agreement between China FAW Group and Jilin University emphasizes collaboration in key technologies such as intelligent connected new energy vehicles, artificial intelligence, and high-performance automotive materials [3]. - The cooperation aims to bridge the gap between laboratories and production lines, fostering a long-term mechanism for close collaboration between academia and industry [3]. - The initiative is expected to create an "innovation engine" for the Changchun automotive industry, focusing on technological transformation and research and development innovation [3]. Group 3: Industry Advancements and Positioning - Changchun has been recognized as a national pilot city for the application of battery swap models for new energy vehicles and is among the first batch of cities for comprehensive electrification of public vehicles [4]. - The automotive cluster in Changchun has been upgraded to a national advanced manufacturing cluster, positioning the city as a pilot for integrated applications of intelligent connected vehicles [4]. - The city is actively developing new projects, technologies, and business models to create competitive advantages in the industry, aiming for scale elevation and quality transformation [4].