Core Viewpoint - The establishment of the National Disease Prevention and Control Expert Committee is a significant measure to implement the directives of Xi Jinping and the central government's reform of the disease control system, aimed at addressing the increasingly complex disease prevention and control situation [2][3]. Group 1 - The inaugural meeting of the National Disease Prevention and Control Expert Committee was held on September 10, 2025, in Beijing, with key officials from the National Health Commission and the CDC in attendance [4][6]. - The committee aims to enhance risk assessment for major epidemics and provide decision-making consultation for epidemic prevention and control, consisting of 31 experts from various disciplines and departments [3][2]. - Liang Wannian from Tsinghua University was elected as the chairman, with Chen Wei and Wang Jianwei serving as vice-chairmen, and Li Qun as the secretary-general [3][2]. Group 2 - The committee's responsibilities include strengthening major epidemic risk assessment and playing a consultative role in epidemic prevention and control, as mandated by the relevant laws and central government directives [3][2]. - The first plenary meeting discussed the committee's charter and key work for the 2025-2026 period, emphasizing the need for strategic planning and addressing critical issues in disease control [3][2].

Core Viewpoint - The BCEIA2025 exhibition highlighted X-ray fluorescence (XRF) technology, showcasing significant advancements in intelligence, convenience, and precision across various applications such as material analysis, environmental monitoring, and industrial quality control [2][3]. Group 1: Technological Innovations - Bruker presented the third-generation S8 TIGER XRF, which integrates WDXRF and EDXRF technologies, optimizing speed and precision through a combination of scanning and fixed paths [8]. - The S8 TIGER XRF features a HighSense semiconductor detector, enhancing the linear range by an order of magnitude, and includes an AI camera-equipped automatic sampler for intelligent and reliable operation [9]. - Anke Huisheng launched the new handheld XRF instrument, Al ioth-π, which employs innovative technologies for superior element detection and real-time video recording of sampling processes [11]. Group 2: Industry Recognition - The CNX-838 sequential scanning wavelength dispersive XRF, developed by Steel Research Institute, received the "BCEIA Gold Award Product" in 2023, showcasing its high stability and precision [13]. - The CNX-838 is equipped with a high-power X-ray source and offers extensive configuration options to meet diverse detection needs across various industries [13]. Group 3: Market Trends and Future Directions - Tianrui showcased a series of upgraded XRF products tailored for precious metal detection and gemstone identification, addressing the diverse analytical needs of current customers [15]. - The continuous advancement of XRF technology is closely linked to innovations in core components like X-ray tubes, with companies like Kewiwei Electronics presenting a range of new products [17]. - The exhibition underscored three major development directions for XRF technology: intelligent software, portable design, and scenario-based applications, indicating potential expansion into emerging fields such as renewable energy and environmental protection [20].

Core Viewpoint - Shantou University has announced procurement intentions for 32 items of laboratory equipment, with a total budget of 112 million yuan, scheduled for purchase between January and September 2025 [2][3]. Procurement Overview - The total budget for the procurement of laboratory equipment is 112 million yuan, covering various advanced instruments such as X-ray diffractometers, multi-field coupled true triaxial testing systems, and ultra-high resolution liquid chromatography-mass spectrometry systems [3][4]. Detailed Procurement List - The procurement includes a variety of instruments, each with specific functions aimed at meeting the university's teaching and research needs. Notable items include: - Protein liquid chromatography system: 800,000 yuan [10] - Multi-field coupled true triaxial testing system: 800,000 yuan [9] - Three-dimensional visual displacement analyzer: 590,000 yuan [9] - Ultra-high resolution liquid chromatography-mass spectrometry: 8.5 million yuan [13] - Nuclear magnetic resonance spectrometer: 7 million yuan [12] Instrument Functions - The protein liquid chromatography system is widely used in biochemical and biopharmaceutical research for the separation and analysis of proteins based on their chemical properties [4]. - The multi-field coupled true triaxial testing system simulates real-world conditions in geotechnical engineering, allowing for independent control of three principal stresses [5]. - The three-dimensional visual displacement analyzer utilizes optical imaging and computer vision technology for non-contact measurement of dynamic parameters [6]. Research and Development Capacity - Shantou University has demonstrated significant advancements in research capabilities, with a focus on applying research outcomes to address practical issues and support national development strategies [18]. - The university has been recognized for its contributions to major national projects and has received numerous awards for its research achievements [18].

Core Viewpoint - Huawei Technologies Co., Ltd. has applied for the registration of three trademarks under the name "有为青年" (Youwei Youth), classified under scientific instruments and advertising sales, currently awaiting substantive examination [2][3]. Company Information - Huawei Technologies Co., Ltd. was established in September 1987, with a registered capital of approximately 410.4 billion yuan, fully owned by Huawei Investment Holding Co., Ltd. [2][4]. - The legal representative of the company is Zhao Minglu, and it is located in Longgang District, Shenzhen, Guangdong Province [4]. - The company has a workforce of over 58,435 employees as of the 2024 report, indicating a significant scale of operations [4]. Trademark Applications - The trademarks "有为青年" are categorized as follows: - International Classification 35: Advertising sales, with an application date of July 4, 2025 [3]. - International Classification 9: Scientific instruments, with the same application date of July 4, 2025 [3]. - The applications are being handled by Beijing Jijia Intellectual Property Agency [3]. Business Scope - Huawei's business scope includes the development, production, and sales of communication system equipment, data center infrastructure, and various technology services [4]. - The company is involved in research and development in areas such as integrated circuits, big data products, and IoT-related products [4].

Core Viewpoint - Raman spectroscopy technology is a key analytical tool in various fields such as physical materials research, biomedicine, environmental monitoring, and food safety, showcasing its irreplaceable value and driving innovation and breakthroughs in both theoretical exploration and industrial practice [2]. Event Overview - The "7th Raman Spectroscopy Online Conference (iCRS2025)" will be held on September 16-17, 2025, organized by the Instrument Information Network and the Semiconductor Phonon Physics Research Group of the Chinese Academy of Sciences [2][3]. - The conference aims to gather leading experts in Raman spectroscopy technology and applications to discuss current research hotspots, providing a platform for knowledge sharing and experience exchange, thereby promoting the collaborative development of Raman spectroscopy technology and its application scenarios in China [2]. Conference Agenda Highlights - The agenda includes various sessions focusing on the application of Raman spectroscopy in physical materials, chemical fields, and biomedicine, featuring presentations from renowned researchers [4][5]. - Notable topics include in-situ SERS studies, electrochemical mechanisms, and applications in disease diagnosis and pharmaceutical industries [4][5]. Key Speakers - The conference will feature prominent researchers such as Yang Wenxing from West Lake University, Xu Yikai from East China University of Science and Technology, and others from leading institutions like Peking University and Tsinghua University [6][7][8].

Core Viewpoint - Hydrogen energy is emerging as a significant player in achieving carbon neutrality, with hydrogen fuel cell vehicles showing promising development trends. The quality testing and precise evaluation of hydrogen fuel cell products are crucial for the healthy and stable growth of the hydrogen energy industry [2]. Group 1: Event Details - The "Hydrogen Fuel Cell Analysis Technology New Advances Online Seminar" will be held on September 17, 2025, focusing on the latest breakthroughs in analysis technology within the hydrogen fuel cell sector [2]. - The seminar aims to provide a platform for industry professionals to exchange ideas and collaborate [2]. Group 2: Conference Agenda - The conference will take place on October 21, 2025, with sessions including: - "Hydrogen Quality Management for Vehicles: Demand Analysis, Testing Technology, and Standard System Progress" presented by Wang Yamin, Senior Engineer at Sinopec Petroleum and Chemical Research Institute [3]. - "Application of Online/Quick Testing Analysis Technology in Hydrogen Fuel Cells" presented by Yang Mengzhi, Senior Engineer at China Petroleum & Chemical Corporation [3].

Core Viewpoint - Mettler Toledo and Instrument Information Network collaborated to host a "Super Brand Day" event during the BCEIA 2025 exhibition, focusing on talent development in the scientific instrumentation field [1][2]. Group 1: Event Overview - The "Super Brand Day" event was themed "Growing Together with Education" and utilized both offline and online platforms to engage a large audience, including real-time interactions with professional users [2]. - Mettler Toledo's Laboratory Business General Manager, Chang Cheng, emphasized the company's commitment to laboratory automation and the importance of scientific instruments in talent cultivation and research innovation [4]. Group 2: Discussions and Insights - A roundtable discussion was moderated by Mettler Toledo's expert, Lu Mengya, featuring representatives from Tsinghua University and Mettler Toledo, who discussed the role of instruments in talent development, the impact of AI on experimental education, and models of school-enterprise cooperation [5]. - The consensus among the panelists was that school-enterprise collaboration is a crucial pathway for modernizing education and cultivating talent that meets future industry demands [5]. Group 3: Product Innovations - Product managers presented Mettler Toledo's innovative products and solutions for higher education and research, highlighting their efficiency and precision in laboratory settings [8]. - Specific products discussed included the MA series balances for teaching, MX series balances for research, and various analytical instruments such as the EVA Karl Fischer moisture analyzer and EasyPlus UV spectrophotometer, showcasing their high efficiency and user-friendliness [10][11]. Group 4: Service and Support - Mettler Toledo outlined its global service network, which includes 37 service points in China and over 220 factory service experts, providing comprehensive support throughout the equipment lifecycle [17]. - The LabX laboratory software platform was introduced, which enhances laboratory efficiency through secure data management and equipment oversight [20]. Group 5: Future Directions - The event concluded with a commitment from Mettler Toledo to deepen collaborations with universities, exploring innovative models for school-enterprise cooperation to contribute to high-quality development in Chinese research and education [25].

Core Viewpoint - The establishment of the Life Omics Professional Committee aims to enhance the development and application of multi-omics analysis technologies, promoting collaboration among academia, industry, and healthcare to support innovation in life and health sciences [2][15]. Group 1: Establishment of the Committee - The Life Omics Professional Committee was officially established during the 21st Beijing Conference on Instrumental Analysis (BCEIA 2025) held from September 10-12, 2025 [3][7]. - The committee's formation was approved by the Chinese Society for Analytical Testing, emphasizing the need for interdisciplinary collaboration in omics research [7][11]. - The first election of committee members resulted in 133 elected members, with notable appointments including Professor Cai Zongwei as the Chair and several Vice Chairs from prestigious institutions [11][15]. Group 2: Forum Discussions and Innovations - The Life Omics Forum focused on five key areas: omics in biological and medical analysis, environmental analysis, imaging analysis, instrument technology, and big data analysis [11][17]. - Experts presented advancements in mass spectrometry, highlighting its evolution towards high precision and throughput, including applications in chiral molecule analysis and spatial metabolomics [17][18]. - Innovative methods combining secondary electrospray ionization and atmospheric pressure photoionization significantly improved the visualization of metabolites in complex tissues, showcasing the potential of multi-omics integration in drug development and precision medicine [18][20]. Group 3: Applications and Future Directions - The forum illustrated the broad applications of mass spectrometry in life sciences, drug development, and environmental monitoring, indicating a trend towards deeper integration of analytical technology with clinical and practical applications [20]. - Research on environmental health revealed the accumulation of carcinogens and persistent pollutants, underscoring the critical role of mass spectrometry in public health risk assessment [20]. - The discussions emphasized the acceleration of China's life omics research in methodological innovation and technology integration, aligning with international advancements [20].

Core Viewpoint - Suzhou Saima Measurement and Control Technology Co., Ltd. has completed nearly 100 million yuan in Series A financing, with investors including October Capital, Yida Capital, and Yuanhe Huowang. The funds will be used for the R&D and application of core testing measurement modules and RF testing systems [2][3]. Company Overview - Saima Measurement and Control is a national high-tech enterprise focused on the R&D, production, and sales of modular testing measurement instruments and dedicated RF testing systems. The company aims to provide a complete modular testing measurement platform and system solutions [4]. - The core team consists of members from top domestic and international testing measurement instrument companies. Since its establishment in 2021, the company has focused on the R&D, production, and sales of PXI modular testing measurement instruments and systems, adhering to a self-research and controllable technology route [4]. Product Development - The SGR RF broadband transceiver developed by Saima Measurement and Control is based on an open PXI architecture, featuring compact size, high testing efficiency, and excellent performance and reliability of desktop instruments. It is widely used in R&D and production testing in fields such as semiconductors, T/R components, satellite communications, and advanced communication prototype verification [5]. - The SNA vector network analyzer, set to launch in 2025, boasts high precision, multi-port capabilities, and flexible scalability, excelling in applications such as 5G communications, semiconductors, and aerospace. It significantly enhances multi-port testing efficiency and consistency, aiding customers in achieving high-quality, large-scale product testing and validation [5]. - In the broadband power amplifier sector, Saima Measurement and Control has mastered core technologies including GaN device modeling, RF power amplifier design, high-density micro-assembly, and RF chip reliability assurance. The products are applicable in laboratory R&D, production line ATE testing, and reliability testing [5]. Market Position and Strategy - The semiconductor testing systems of the company are primarily used for RF chip testing, covering all stages from R&D laboratory testing, wafer-level (CP) testing, product final testing (FT), to reliability testing. The proprietary protocols and cloud measurement control platform enhance testing efficiency and provide high-value data analysis services [5]. - Yida Capital partner Liu Jin stated that the Saima Measurement and Control team comes from internationally renowned instrument companies, possessing rich industry experience and comprehensive capabilities. Multiple product lines targeting the semiconductor and communication sectors are steadily advancing [5][6].

Core Viewpoint - Quantum precision measurement instrument developer Guoce Quantum has completed over 100 million yuan in A+ round financing, aimed at accelerating the company's layout in core technology, industrial chain integration, and large-scale production [1][3]. Financing Details - The financing round was led by Guoxin Fund with an investment of 100 million yuan, followed by Changjin Holdings, Guoke Jia, and Yuanqi Capital [3]. - The funds will help address challenges in the domestic production of high-end equipment in the quantum precision measurement field and break foreign technology monopolies [3]. Company Background - Guoce Quantum previously received strategic investment from Huawei Hubble Technology and has been recognized as one of the "Three Little Dragons" in Huzhou, representing regional technological innovation [3]. - The company is positioned as an industrialization entity established by Peking University in the field of quantum precision measurement [3]. Future Plans - The Chairman of Guoce Quantum, Hong Yelong, emphasized the importance of quantum technology in global technological competition and the company's commitment to the research and application of quantum time-frequency precision measurement technology [3]. - The company aims to promote the industrialization of products such as chip atomic clocks and high-end stable frequency lasers, contributing to the self-controllable and high-quality development of China's quantum technology industry [3].