摘要 ： 2026年1月1日-3月15日，"3i奖-研发特别贡献奖"将采取候选人自我申报、公开推荐、历任获奖人推荐的方式，广泛征 集"3i-研发特别贡献奖（2025）"候选人名录。 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。 "3i 奖 - 研 发 特 别 贡 献 奖 " 将 采 取 候 选 人 自 我 申 报 、 公 开 推 荐 、 历 任 获 奖 人 推 荐 的 方 式 ， 广 泛 征 集 "3i- 研 发 特 别 贡 献 奖 （2025）"候选人名录。仪器信息网编辑部及3i奖评审委员会将按评选流程最终评选出获奖名单，并在2026年4月22 日-24日召开的"2026第十九届中国科学仪器发展年会 (ACCSI2026 ) "上揭晓并颁奖。 自2013年起， "3i-研发特别贡献奖"评选活动，已经连续举办十二届。该奖项旨在表彰为我国科学仪器研发与创新作 出突出贡献的先进个人，调动科学仪器研发人员的积极性和创造性，加速我国科学仪器事业的发展。浙江大学教授金钦 汉、中国科学院大连化学物理研究所研究员关亚风、清华大学精密仪器系教授张书练、天 ...

→ 点击免费限量礼盒 摘要 ： 近日，北京市科学技术委员会、中关村科技园区管理委员会发布关于2025年度"传感器与科学仪器创新研制"专项 "国仪京用"方向拟立项课题公示的通 知，拟立项课题公示清单涵盖21个课题。 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。 近日，北京市科学技术委员会、中关村科技园区管理委员会发布关于2025年度"传感器与科学仪器创新研制"专项 "国仪京用"方向拟立项课题 公示的通知。 拟立项课题公示清单包括Cel l Xpanse 活细胞广域全时超分辨显微镜 验评推广与应用示范、KYKY-EM8200 扫描电镜验评推 广研究、多功能原子力显微镜的评测、应用验证与推广等21个课题，公示时间为2025年12月1日至2025年12月5日。 全文如下： 关于发布2025年度"传感器与科学仪器创新研制"专项 "国仪京用"方向拟立项课题公示的通知 根据《北京市科技计划项目（课题）管理办法》（京科资发〔2023〕43 号）等文件要求，现将2025年度"传感器与科学仪器创新研制"专 项"国仪京用"方向拟立项课题信息进行公示（详见附件） ...

Core Viewpoint - The development of a multi-color miniaturized two-photon microscope enables high-resolution imaging of deep brain structures in freely moving mice, significantly advancing brain science research and understanding of neurological diseases [2][3]. Group 1: Technological Advancements - The new microscope represents a significant technological breakthrough, allowing for multi-color imaging and the observation of various cell types simultaneously, overcoming previous limitations of single-color imaging [3][4]. - The fourth-generation system has achieved advancements in three dimensions: multi-color excitation, deep brain imaging, and multi-scale observation, enhancing the ability to study complex neural interactions [3][4]. - The ultra-broadband anti-resonant hollow-core fiber developed allows for low-loss, low-dispersion transmission of multi-wavelength femtosecond pulse lasers, which is crucial for observing multiple cellular functions [4]. Group 2: Research Implications - The microscope has been successfully used to visualize dynamic changes in brain cells and organelles in Alzheimer's disease model mice, providing critical insights into early cellular changes associated with the disease [4]. - The technology has been fully domesticated and has already been exported to multiple countries, indicating its potential for international application [4]. Group 3: Future Research Directions - Future research will focus on integrating optogenetics to create a "read-write" loop, enabling both the reading of neuronal electrical activity and the optical manipulation of specific neurons [5]. - There is a goal to increase imaging speed from 10-20 Hz to 1 kHz, allowing for real-time recording of brain electrical activity [5].

Core Viewpoint - The Shanghai Municipal Science and Technology Commission has approved 8 projects under the 2025 "Scientific Instruments" key technology R&D plan, aiming to enhance the independent R&D capabilities of high-end scientific instruments and support related industry development, with a total funding of 18 million RMB [1][2][3]. Project Overview - The approved projects cover various cutting-edge scientific instruments and technology fields, including: - Miniaturized polarization-independent superconducting single-photon detectors - High-resolution, high-throughput live-cell light-sheet imaging systems - High-end anti-gas-phase surface energy analyzers - Nuclear electrochemical water quality monitoring high-end scientific instruments - Fully automatic ultra-fast visualization of biological sample freeze-thaw instruments - High-end pure water and ultra-pure water systems for the electronics industry - Development of high-end flow cytometry fluorescent dyes - Development of high-end metabolic enzymes and their activity detection reagent kits [2][4]. Funding Details - The total funding allocated for this batch of projects is 18 million RMB, with 14.4 million RMB to be disbursed in the 2025 fiscal year. The notification emphasizes that project undertakers must effectively manage and implement the projects to ensure timely completion of research objectives [3][6].

Core Insights - Anhui Guoke Liangguang Technology Co., Ltd. has launched China's first tabletop extreme ultraviolet (EUV) absorption spectrometer, marking a significant breakthrough in high-end scientific instruments in China [1] - The product utilizes laser plasma technology to achieve a compact, high-brightness short-wavelength light source, which is expected to support the development of strategic new industries such as new materials and new energy [1] - The instrument integrates high-precision EUV detection technology into industrial production lines, providing a domestically controllable solution for core detection challenges in advanced manufacturing [1] Company Overview - Guoke Liangguang focuses on the research and development of high-brightness miniaturized light sources and related scientific instruments across the ultraviolet to X-ray spectrum [1] - The product range includes absorption spectroscopy, photoelectron spectroscopy, short-wavelength imaging equipment, and in-situ detection equipment for industrial production lines [1] Industry Context - The launch is seen as a practical implementation of local efforts to promote efficient transformation of scientific achievements and aligns with the national strategy for high-level technological self-reliance [2] - The event was guided by the Hefei Municipal Science and Technology Bureau and highlights the significant results of local innovation ecosystems [2]

Core Viewpoint - Guangdong Meisi Scientific Instrument Innovation Research Institute has successfully developed and delivered a customized gas chromatography-high-resolution time-of-flight mass spectrometry (GC-HRTOFMS) system, which features high resolution and switchable ion sources, suitable for complex sample analysis [1][2]. Group 1 - The GC-HRTOFMS system was commissioned by a university and has passed all technical tests upon delivery, now officially in use [2]. - The instrument integrates separation and high-precision detection, with a mass resolution exceeding 5000 [2]. - The switchable ion source design (photoionization source and EI source) significantly enhances the coverage and qualitative capabilities of compounds, allowing for accurate analysis of complex samples [2]. Group 2 - The system is applicable in various research fields, including chemistry and environmental studies, due to its ability to efficiently separate components in complex samples and accurately determine molecular weights and structural analysis [2].

Core Viewpoint - The article highlights the awarding of the "2024 Annual Special Contribution Award for R&D in the Scientific Instrument Industry" to Xu Ying, Chairman of Tianjin Sanying Precision Instrument Co., Ltd., recognizing his significant contributions to the development of high-end scientific instruments in China [1][2]. Group 1: Award Overview - The "China Scientific Instrument Industry R&D Special Contribution Award" was established in 2013 to honor individuals who have made outstanding contributions to scientific instrument technology innovation and industrialization [2][38]. - The award is presented annually at the China Scientific Instrument Development Annual Conference, with a maximum of two recipients each year [2][38]. - The 2025 edition marks the 12th year of the award, with Xu Ying being the 13th recipient [2]. Group 2: Xu Ying's Contributions - Xu Ying, who obtained his PhD from the University of Warwick in 1995, has over 20 years of experience in non-destructive testing and has developed a global perspective through his work in renowned international companies [6]. - He returned to China in 2009 with a mission to contribute to national scientific advancements, leading significant projects such as the development of China's first X-ray three-dimensional microscope with a spatial resolution of 500 nanometers, breaking foreign monopolies [6]. - Under his leadership, Tianjin Sanying Precision Instrument Co., Ltd. has transformed scientific research achievements into internationally advanced products, generating over 850 million yuan in output value and holding 10 invention patents [6]. Group 3: Historical Context of Award Recipients - The article provides a brief overview of past award winners, highlighting their contributions to various fields within scientific instrumentation, such as microwave chemistry, atomic spectroscopy, and the development of advanced analytical instruments [8][10][11][15][18][21][30][33][36]. - Each recipient has played a pivotal role in advancing China's capabilities in scientific instrumentation, often overcoming significant technological challenges and contributing to the country's self-sufficiency in high-tech fields [8][10][11][15][18][21][30][33][36]. Group 4: About the 3i Award - The "3i Award" (Innovative, Interactive, Integrative) was established in 2006 to recognize outstanding contributions in the scientific instrument and testing industry, with a focus on innovation and industry development [39][46]. - The award is based on principles of fairness and transparency, relying on evaluations from industry experts and a large user base to select awardees [39].