Core Insights - Shenzhen Polytechnic has announced procurement intentions for 28 items of laboratory equipment, with a total budget of 105 million yuan [2] - The procurement includes advanced instruments such as multi-angle laser scattering instruments, interferometric differential detectors, vector network analyzers, and fluorescence quantitative thermal cyclers, among others [2][3][4][5][6] Procurement Overview - The total budget for the procurement is 105 million yuan, with the expected procurement period set between May and November 2025 [2] - The equipment is aimed at enhancing teaching and research capabilities in semiconductor manufacturing and integrated circuit technology [2][8] Specific Equipment Details - **Interferometric Differential Detector**: A high-precision optical measurement instrument used for analyzing surface morphology and small height variations [3] - **Fluorescence Quantitative Thermal Cycler**: A core device in molecular biology labs for real-time monitoring of PCR amplification processes [4] - **Multi-Angle Laser Scattering Instrument**: Used for measuring absolute molecular weight and size of compounds in solution, providing high precision and a wide measurement range [6] Educational Impact - The procurement aims to support practical training courses, with an estimated 200 hours of training per year for integrated circuit undergraduate programs [8] - The equipment will facilitate hands-on learning experiences, enhancing students' skills in semiconductor manufacturing and testing [10][11] Additional Equipment - The procurement list includes various other instruments such as high-precision optical film characteristic analysis equipment, semiconductor-grade high-performance material preparation sputtering equipment, and high-precision positioning calibration devices [8][9][10][11] - These instruments are essential for courses related to semiconductor manufacturing, integrated circuit testing, and sensor technology [10][11]

Core Insights - Nanjing University of Aeronautics and Astronautics has announced procurement intentions for 19 items of scientific instruments, with a total budget of 112 million yuan [2][3] Procurement Overview - The procurement includes advanced instruments such as: - In-situ scanning electron microscope-mechanical platform - Ultra-wide cavity nuclear magnetic resonance spectrometer - Deep ultraviolet Raman spectrometer - Superfast femtosecond pump-probe system - CO2 Fischer-Tropsch synthesis aviation fuel reaction mass transfer in-situ testing system [3][4][5][6] Instrument Details - **In-situ Scanning Electron Microscope-Mechanical Platform**: Combines SEM with mechanical loading devices to observe material microstructure evolution under stress in real-time, aiding in the study of material deformation and fatigue [4] - **Ultra-wide Cavity Nuclear Magnetic Resonance Spectrometer**: Used for analyzing molecular structures, featuring a larger cavity diameter suitable for special experimental needs [5] - **Deep Ultraviolet Raman Spectrometer**: Utilizes deep ultraviolet laser for Raman scattering analysis, providing molecular "fingerprints" for structural analysis [6] Budget and Timeline - The total budget for the procurement is 112 million yuan, with expected procurement time set between July and December 2025 [2][3]

Core Insights - Shimadzu, a pioneer in industrial X-ray system manufacturing with over 90 years of history, will continue to leverage its expertise in imaging technology to support quality control and R&D innovation for global manufacturing and research institutions [1][7]. Product Launch - On October 15, 2025, Shimadzu announced the global launch of the new micro-focus X-ray CT system, inspeXio 7000, designed to meet the increasing demands for precision and application range in industrial non-destructive testing [2]. Technical Advantages - The core advantage of the inspeXio 7000 lies in its large high-resolution flat panel detector, which enables wide-field imaging while effectively suppressing noise interference, resulting in high-definition and high-contrast CT images that accurately reproduce the internal structures of samples [3]. - The system is compatible with larger and more complex samples, thereby expanding the detection range [3]. User Experience - The new CT control software, inspeXio64 ver3.0, significantly reduces the operational threshold, enhancing the usability and detection efficiency of the equipment [5]. Application Areas - Thanks to the collaboration of Shimadzu's self-developed micro-focus X-ray generator and high-sensitivity flat panel detector, the inspeXio 7000 excels in non-destructive testing, making it an ideal tool for R&D and quality control in fields such as lithium-ion batteries, electronic devices, and automotive components [7]. - The system is suitable for high-precision testing of automotive parts like aluminum die-cast components and can clearly present the internal structures of lightweight materials such as glass fiber reinforced plastics (GFRP) and carbon fiber reinforced plastics (CFRP), providing strong support for material research and quality management [7].

Core Insights - The United States leads the world in the number of highly cited researchers, followed by mainland China and the United Kingdom. Mainland China has 1,406 entries, accounting for 20% of the total, showing an increase from the previous year. The Chinese Academy of Sciences tops the global research institutions with 258 entries [2][3][5]. Summary by Sections Global Rankings - The United States has 2,670 entries, representing 37% of the total, with a slight increase compared to last year, reversing a previous downward trend [4]. - Mainland China ranks second with 1,406 entries, making up 20% of the total, and has seen growth in the number of entries compared to last year [5]. - The United Kingdom ranks third with 570 entries, followed by Germany with 363, Australia with 312, and Canada with 227 entries [6]. Institutional Rankings - The Chinese Academy of Sciences leads globally with 258 entries, followed by Harvard University with 170 and Stanford University with 141 [11]. - Tsinghua University ranks fourth with 91 entries, while Massachusetts Institute of Technology has 85 entries [12]. Geographic Distribution - Entries come from 60 countries and regions, with 86% of the total entries from 10 countries, indicating a high concentration of top talent [7]. - The top five countries account for 75% of the total entries, highlighting the geographic concentration of leading researchers [7]. Interdisciplinary Research - A total of 3,562 entries were made across 21 Essential Science Indicators (ESI) disciplines, with 227 researchers appearing in two or more disciplines, and 31 in three or more, indicating broad academic impact [7].

Core Viewpoint - Tianzhun Technology's major shareholder, Qingyi Investment, has donated 8 million shares of stock and 8 million yuan in cash to establish a special fund aimed at supporting the cultivation of young talent in artificial intelligence and the development of education in Suzhou [1][3]. Group 1 - The "Meidao Fund" was officially launched at the 20th anniversary summit of Tianzhun Technology, attended by numerous dignitaries from academia, government, and industry [2]. - The donation consists of 8 million shares and 8 million yuan in cash, with a total value of approximately 450 million yuan based on the stock price at the time of donation [3]. - The fund will collaborate with the Li Zhengdao Education and Science Foundation and the Suzhou Education Development Foundation to support young talent in AI and reward outstanding educators in Suzhou [5].

摘要 ： 2025年度环境保护科学技术奖拟授奖项目公示，含自然科学奖、技术发明奖、科技进步奖共89项。 特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我们的推送。 根据中国环境科学学会11月7日公开信息：《 关于2 0 2 5年度环境保护科学技术奖（自然科学奖、技术发明奖、科技进步奖）拟授奖项目的公示 》，共计公示奖项8 9项。 根据《环境保护科学技术奖奖励办法》有关规定，2 0 2 5年度环境保护科学技术奖（自然科学奖、技术发明奖、科技进步奖）拟授奖项目已经评 审委员会全体会议投票产生，其中自然科学奖一等奖2项、二等奖6项，技术发明奖一等奖1项、二等奖3项，科技进步奖特等奖2项、一等奖1 0 项、二等奖6 5项。为体现公平、公正、公开的原则，加强社会监督，现将拟授奖项目予以公示，广泛征求意见。 自公布之日起1 5日内，任何单位和个人对公布的拟授奖项目及其内容持有异议的，应写明提出异议的事实依据、本人真实姓名及工作单位等， 以书面形式向奖励办公室提出异议，逾期不予受理。我会将按照环境保护科学技术奖的有关规定对异议内容进行核实、查证，对持异议者身份 予以 ...

Core Viewpoint - The 10th China Analytical Instrument Academic Conference (ACAIC 2025) was successfully held in Xi'an, focusing on the theme "AI Empowerment and Innovative Transformation," showcasing the latest products and technologies from over 30 manufacturers [2][3]. Group 1: Conference Overview - The conference gathered over 500 industry leaders, innovative enterprise representatives, and young researchers, featuring more than 100 expert presentations discussing the impact of AI on analytical instrument performance, functionality, application development, R&D processes, and innovation management [3][5]. - The event highlighted the importance of high-end analytical instruments as key indicators of a country's technological competitiveness and comprehensive national strength, supporting strategic emerging industries such as life health, new materials, and new energy [5][6]. Group 2: AI and Technological Innovation - The theme "AI Empowerment and Innovative Transformation" accurately reflects the trends in global technological revolution and industrial transformation, emphasizing the role of AI, big data, and quantum sensing in reshaping the future of analytical instruments [6][7]. - AI-driven autonomous experiments, intelligent data analysis, and cloud platforms are transforming instruments from mere detection tools into intelligent partners for scientific discovery [6][7]. Group 3: Industry Contributions and Awards - Instrument enterprises are crucial for the innovative development of the analytical instrument industry, bridging the gap between technology R&D, product implementation, and industrial application [7]. - The "Zhu Liangyi Analytical Instrument Innovation Award" was presented during the conference, recognizing significant contributions from instrument enterprises and their R&D personnel [7][8]. Group 4: Product Innovations - Various manufacturers showcased their latest products, including: - HaiNeng Technology's Wukong K2025 high-performance liquid chromatograph and other innovative instruments [12]. - PuXi General's L820 high-performance liquid chromatograph and A500 atomic absorption spectrophotometer, demonstrating advancements in instrument intelligence and digital detection [15]. - Pinno's AMD9Pro gas chromatography-mass spectrometry system, featuring high sensitivity and stability [19]. - KeRui Technology's Leo series ultra-high-performance liquid chromatographs, emphasizing stability and efficiency [22]. - HuaYi NingChuang's single-cell metabolite analysis mass spectrometer, awarded the "Zhu Liangyi Innovation Achievement Award" [28]. Group 5: International Participation - The conference also featured international companies such as Shimadzu, which presented laboratory automation solutions and smart laboratory paradigms [76]. - Mettler Toledo showcased its DSC 5+ thermal analysis instrument, highlighting its high reproducibility and fast heating rates for polymer studies [80]. Group 6: Component Manufacturers - The number of core component manufacturers increased significantly, with companies like Weishman and Aikeisi presenting their high-pressure power supplies and fluid control components, respectively [92][95].

特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我们的推送。 植物 在面对植食性昆虫时，并非被动承受。除了感知物理损伤，它们更能主动"侦察" 来自昆虫的特定信号分子，从而 启动精准防御。然而，相较于对病原微生物识别机制的清晰认知，植物如何"识别"昆虫并激活免疫，其分子细节长期 处于未知状态。 2 0 2 5 年3月6日，中国科学院分子植物科学卓越创新中心毛颖波研究组在《New Ph y t o l o g ist》上发表重要研究成果， 在该领域取得关键突破。他们发现拟南芥能够像识别病原菌一样，通过一套精密的免疫识别系统来感知昆虫的口器分泌 物，并成功解码了由此触发的增强抗虫性的完整信号通路。 核心发现 植物能以依赖于BAK1 /BIK1核心免疫元件的方式，特异性感知包括棉铃虫在内的多种鳞翅目昆虫的口器分泌物。 该识别过程会触发由RBOHD介导的、在质外空间发生的两次活性氧（ROS）爆发，而单纯的机械损伤无法诱导ROS积 累。 此 次 虫 咬 诱 导 的 活 性 氧 ， 并 非 作 为 终 点 ， 而 是 作 为 关 键 信 号 ， 显 著 加 速 了 植 ...

Core Viewpoint - The completion of the first phase of the R&D and production building at the Beistech Tianjin factory marks a significant milestone in the project, showcasing the collaborative efforts of the company and the construction team [2][3][10]. Group 1 - The topping-out ceremony for the Beistech adsorption instrument factory in Tianjin was held on November 8, with company staff, project management, and frontline workers present to witness this key progress [3]. - Beistech expressed gratitude to the frontline workers and project management team by distributing red envelopes and gifts, acknowledging their hard work during the project [5]. - The general contractor, Newland, thanked Beistech for their trust and support during the topping-out banquet, promising to maintain high quality standards in the ongoing construction [10]. Group 2 - The successful advancement of the project is attributed to the collaborative efforts of all parties involved, including Beistech staff and the construction team, who have dedicated significant effort to the project [10]. - The topping-out signifies the successful completion of a project phase, with anticipation for the global leading adsorption instrument factory to be completed and operational soon [10].

Core Insights - Southern University of Science and Technology (SUSTech) has announced procurement intentions for 36 pieces of scientific equipment, with a total budget of 98.05 million yuan [2][3] - The procurement includes advanced instruments such as nitrogen compound material deposition equipment, impact vibration test tables, and various types of spectrometers, with expected procurement dates from April to November 2025 [3][4] Procurement Overview - The total budget for the procurement is 98.05 million yuan, covering various high-tech instruments [2][3] - Key items include: - Nitrogen compound material deposition equipment for high-quality GaN film growth [7] - Impact vibration test tables for simulating real-world product conditions [4] - Chemical ionization mass spectrometers and super-resolution microscopes [3][6] Instrument Details - **Impact Vibration Test Table**: A specialized testing device that simulates shock and vibration environments, capable of generating various pulse waveforms [4] - **Nitrogen Compound Material Deposition Equipment**: Used for depositing nitrogen compound films on substrates, including both chemical vapor deposition (CVD) and physical vapor deposition (PVD) methods [5][10] Research and Development Context - SUSTech is recognized as a new research-oriented university with significant achievements in scientific research, having received approximately 2.1 billion yuan in research funding in 2024 [10][12] - The university has multiple high-level research platforms and has seen its academic influence grow, ranking among the top institutions in China [11][12]