Core Viewpoint - The Chinese Academy of Agricultural Sciences has launched an automated identification technology system for food adulteration, significantly improving the efficiency and accuracy of food safety testing [1][2]. Group 1: Technology Overview - The new technology system is based on real-time fluorescence PCR technology and features an automated DNA extraction method using magnetic beads, simplifying the testing process to three steps: sample addition, machine operation, and result reading [1]. - The automated system can analyze up to 16 indicators simultaneously, reducing the testing time from several hours to under one hour [1]. Group 2: Application and Impact - The technology covers common adulteration areas such as meat, starch, juice beverages, and traditional Chinese medicine, enabling quick identification of low-cost meat in lamb products and distinguishing between different types of milk [2]. - The system also includes a function for identifying toxic mushrooms, providing a rapid screening method for mushroom poisoning incidents [2]. Group 3: Future Developments - The team plans to optimize the technology further, establish a food source component database, and explore integration with blockchain technology for traceable and tamper-proof testing data [2]. - The goal is to eliminate deceptive practices in food sales, ensuring consumer safety and confidence in food products [2].

系统还特别增设"四性审查"智能体，通过完整性、一致性、规范性和合规性多维度把关，有效预防设计 疏漏导致的工程返工。 科技日报讯 （记者张蕴 通讯员赵梅芳）记者6月3日从国网青海省电力公司获悉，青海首个电力行业贯 通"数据－规则－场景"的智能评审系统日前正式投入应用。该系统基于国家电网千亿级多模态大模型 ——光明电力大模型构建，实现了农配网项目评审从人工审核向智能审查的升级。 据介绍，电力智能评审系统打造了四大核心应用场景：智能收资解析场景自动提取项目资料关键数据； 技术规范审查场景实时比对千余项行业标准；图纸合规校验场景精准识别设计缺陷，进行经济性评估； 动态核算工程造价场景精确把控成本。 传统配电网项目评审长期面临技术规范复杂、图纸文档多、跨专业协同效率低下等挑战。国网海东供电 公司联合高校研究团队，通过对117个历史案例的深度解析，构建起包含153项技术指标和82项核心规则 的智能评审体系。系统经2000组问答训练和1560份规范学习，形成覆盖技术、经济双维度的专业经验 库。 "系统上线后，5分钟就能完成过去需要耗费数小时的工程量核算。"国网海东供电公司专家葸全德在现 场演示时介绍，系统通过智能解析设计图 ...

2025年，低空经济迎来发展机遇期。中商产业研究院发布的《2025—2030年中国低空经济分析及发展趋 势研究预测报告》显示，2025年，我国低空经济市场规模将达1.5万亿元。 "发展低空产业离不开低空人工智能核心关键技术的保驾护航。"在近日举行的香山科学会议第784次学 术讨论会上，中国灾害防御协会会长、应急管理部原副部长郑国光说，低空人工智能技术应用前景广 阔，应加快推动其研发及应用，促进低空经济高质量发展。 推动产业跨越式发展 在北京工商大学教授韩力群看来，低空系统是一个典型的复杂系统。它由飞行器、基础设施等异质元素 动态组成，各元素在物理、通信及行为逻辑上差异显著，需高效协同工作以保障系统稳定运行。系统间 的关联难以用简单线性关系描述，系统内元素"牵一发而动全身"，且受外部干扰影响显著。 "当前，低空系统面临环境感知能力不足、调度复杂、数据处理与决策时效性有待进一步提高、多机协 同与自主控制能力亟待加强等挑战。"韩力群说，人工智能技术有望解决这些挑战。例如，在智能感知 场景，通过将多源传感器融合技术与轻量化目标检测算法相结合，可提升目标识别精准度，解决单一传 感器在复杂光照或遮挡场景下的误判问题。在空 ...

Core Insights - The concrete industry in China, with an annual transaction value exceeding 100 billion, is undergoing a digital transformation through the "TianGong Cloud Concrete" platform developed by China State Construction Engineering Corporation (CSCEC) [1][2] - The platform aims to reconstruct the industrial relationship chain rather than merely optimizing processes, addressing inefficiencies caused by information silos that result in a 5%-10% loss in industry efficiency [1] - The platform has already covered over 100 cities nationwide, with cumulative concrete transaction volume surpassing 30 million cubic meters, showcasing its potential for deeper value extraction [2] Group 1 - The "TianGong Cloud Concrete" platform utilizes an IoT central system to achieve precise coordination among construction, production, and logistics parties, linking the entire lifecycle from order to settlement [1] - Digitalization has significantly transformed traditional concrete stations, reducing the settlement cycle from months to within a week and enhancing operational efficiency [2] - The platform's accumulated data on concrete usage and grade distribution serves as a barometer for assessing regional infrastructure vitality, providing new insights for high-quality industry development [2]

Core Insights - A team from Tokyo University of Science has developed a self-powered artificial synapse with high color discrimination ability, closely approaching human eye capabilities, marking a significant advancement in machine vision research [1][2] - The rapid development of artificial intelligence has increased the demands on machine vision, which traditionally consumes substantial power, storage, and computational resources [1] - The new artificial synapse system integrates two types of dye-sensitized solar cells, enabling it to convert solar energy directly for power, making it suitable for energy-efficient edge computing applications [2] Group 1 - The artificial synapse can distinguish colors within the visible spectrum at a resolution of 10 nanometers, comparable to human vision [2] - It exhibits bipolar response characteristics, generating positive voltage under blue light and negative voltage under red light, allowing it to perform complex logical operations typically requiring multiple traditional optoelectronic components [2] - The system demonstrated an 82% accuracy rate in classifying up to 18 combinations of colors and human actions using a single device [2] Group 2 - This technology has the potential to provide human-like vision capabilities to everyday devices, with broad application prospects in autonomous driving, medical health devices, and consumer electronics [2]

Group 1: Industry Development - The introduction of a three-finger dexterous hand by Lingqiao Intelligent Technology Co., which can perform 80% of tasks compared to a five-finger hand, highlights advancements in robotics [1] - New Chang's bearing industry is projected to exceed 30 billion yuan in scale by 2024, with a 20% market share in high-end bearings domestically [2] - New Chang has implemented several development plans for the general intelligent robotics industry from 2024 to 2027, aiming to optimize industrial structure and promote high-quality development [2] Group 2: Innovation and Collaboration - New Chang has attracted companies like Lingqiao Intelligent and established a supply chain ecosystem, facilitating the growth of the general intelligent robotics industry [3] - The establishment of the Tianmu Laboratory in collaboration with Zhejiang University aims to foster research and development in intelligent manufacturing, with a focus on forming a large-scale research team [4] - The local company Jiechang Drive has partnered with Lingqiao Intelligent to form a joint venture focused on developing core components for robotic applications [5] Group 3: Investment and Support - New Chang has invested 500 million yuan in research and development for the general intelligent robotics industry over the past two years [6] - The local government has initiated various projects and policies to support the growth of the robotics industry, establishing a comprehensive framework for development [6] - The region is becoming a manufacturing hub for components in the general intelligent robotics sector, benefiting from a solid industrial foundation and an innovative ecosystem [6]

Core Viewpoint - The introduction of a new sandstone uranium mineralization theory, "exudation sandstone uranium mineralization theory," is expected to enhance uranium resource exploration in China, particularly in the northern regions where sandstone-type uranium deposits are prevalent [1][2]. Summary by Sections Uranium Resource Types - China's uranium resources are categorized into four main types: sandstone, granite, volcanic, and carbon-silicate mudstone, with northern regions predominantly featuring sandstone-type uranium deposits and southern regions characterized by hard rock-type deposits [1]. Traditional Uranium Mineralization Theory - The traditional sandstone uranium mineralization theory posits that surface oxygenated water carries uranium into the ground, where it precipitates at the redox interface. This theory has been a guiding principle for uranium exploration in regions like Ili and Turpan [1]. Limitations of Traditional Theory - The traditional theory primarily targets gray sandstone layers and focuses exploration efforts on the basin edges and shallow depths, which limits its effectiveness in explaining uranium mineralization in red and mixed-color sedimentary sandstone layers [1][2]. New Exudation Sandstone Uranium Mineralization Theory - The new theory suggests that organic-rich fluids from deep layers carry uranium to shallower sandstone layers under pressure and temperature conditions, leading to uranium precipitation in favorable storage spaces [2]. Exploration Achievements - Based on the new theory, significant uranium exploration successes have been reported in various basins, including the discovery of sandstone uranium deposits at depths of nearly 1400 meters in the Ordos Basin and new findings in the Qaidam and Tarim basins [2]. International Recognition - The new theory has been recognized as a significant advancement in uranium exploration methodologies, with international experts noting its importance for guiding exploration efforts, as evidenced by its application in countries like Uzbekistan [2].

原标题：天津西青区 发布"人才城"概念愿景 在日前举行的天津市西青区第二届"西青人才日"系列活动上，西青区发布"人才城"概念愿景，向全 球人才发出邀约。 依托西青区全方位、立体式的要素保障，7个校企合作项目现场签约，以产学研用深度融合赋能新 质生产力发展；"海青秦"三地人力资源服务产业园跨地域合作签约，拓宽了人才一体化发展合作路径； 13个高水平人才项目集中落地，投资总额超19亿元，为创新创业注入更多活力。 西青区委副书记、区长王志平表示，要坚持引才与育才并举、兴才与悦才并重，持续激发人才培育 机制的内生动力，实现人才工作提质增效，为全区高质量发展提供强有力人才支撑。同时，依托高能级 创新创业载体、丰富的科教资源、有力的金融支持，西青区将为各类人才施展才华提供宽广舞台。 据悉，聚才、兴才和悦才是西青区"人才城"概念愿景核心。西青区将不断释放政策优势、提升产业 能级、拓展多元渠道，通过持续丰富容才用才的机遇供给来"聚才"；创优平台拔节助长，创优阵地赋能 助力，创优环境护航助成，通过助力各类人才成就事业、实现梦想来"兴才"；提供暖心安居配套、称心 民生保障、贴心精细服务，通过匠心营造衣食住行游购娱养的高品质生活环 ...

Group 1 - The article discusses the resurgence of seasonal health-related rumors during summer, particularly regarding tick bites and mosquito bites [1][2] - It highlights that applying oil or alcohol to ticks can increase the risk of infection by stimulating saliva secretion, which may carry pathogens [1] - The article emphasizes that common remedies like toothpaste or soap do not prevent diseases from mosquito bites and that medical attention is necessary if symptoms arise [1] Group 2 - The article addresses the prevalence of false advertising for products claiming to reverse myopia, stating that once myopia develops, it is irreversible [2] - It mentions that mainstream laser eye surgeries have matured and are considered safe, with positive clinical data supporting their effectiveness [2] - The article advises that children should wear glasses full-time unless otherwise directed by an eye doctor, as proper vision is crucial for their visual development [2] Group 3 - The article states that there is no conclusive evidence that certain foods can significantly improve vision or prevent myopia progression [3] - It warns against excessive supplementation of vitamins for eye health, as it may lead to adverse effects without clear benefits [3] - The article underscores the importance of recognizing health-related rumors and suggests using official platforms for verification [3]

Core Viewpoint - The integration of digital technology and traditional Huangmei opera is being actively pursued by Anqing Normal University, aiming to enhance the preservation, transmission, and innovation of this cultural heritage through various technological means [1][3][5]. Group 1: Digital Preservation and Innovation - Anqing Normal University has established a digital resource library for Huangmei opera since 2012, utilizing digital media technology for preservation and transmission [1]. - The Huangmei opera laboratory has developed a virtual reality museum system and virtual simulation teaching courses to explore digital preservation methods [1][3]. - The team is leveraging AI and digital media to create intelligent digital personas and interactive exhibits that engage visitors and enhance their understanding of Huangmei opera [2][3]. Group 2: Cultural Integration and Tourism - The integration of Huangmei opera elements into AR experiences and cultural tourism is being explored, with collaborations established with over 20 scenic spots in cities like Hangzhou and Anqing [4]. - The team is developing a digital script tour that combines Huangmei opera with local cultural stories, enhancing visitor engagement through interactive experiences [4]. - A dual online and offline tourism model is being implemented, allowing users to experience Huangmei opera through virtual tours or immersive role-playing games [4]. Group 3: Future Directions - The team aims to create a sustainable ecosystem for the innovative development of Huangmei opera by combining traditional elements with advanced technology [5]. - Future efforts will focus on cross-industry collaboration, content innovation, and talent cultivation to further enhance the role of AI in the preservation and development of traditional operas [5].