Core Viewpoint - Beijing University of Technology has announced a total budget of 93.19 million yuan for the procurement of various scientific instruments, aimed at enhancing interdisciplinary research and new engineering disciplines [1]. Group 1: Tender Information - The tender consists of 7 lots, with a total budget of 93.19 million yuan, covering instruments such as Fourier infrared spectrometers, liquid chromatography-mass spectrometry, inductively coupled plasma mass spectrometers, and more [1]. - The deadline for bidding is set between October 11 and October 15, 2025 [1]. Group 2: Lot Summaries - **Lot 1**: Budget of 15.0579 million yuan, including a range of instruments such as a broadband micro-area Fourier spectrometer and a robot for interactive experiments [2]. - **Lot 2**: Budget of 12.979706 million yuan, focusing on systems for semiconductor testing and high-temperature aging tests [3][4]. - **Lot 3**: Budget of 13.7072 million yuan, featuring a multifunctional micro-spectral detection system and high vacuum magnetron sputtering systems [5]. - **Lot 4**: Budget of 15.566 million yuan, including intelligent diagnosis systems for subway tunnel leakage and rock triaxial shear testing systems [6]. - **Lot 5**: Budget of 9.877288 million yuan, aimed at updating optical device testing systems to enhance research capabilities [7]. - **Lot 6**: Budget of 12.4552 million yuan, including a continuous wave spectrum analyzer and a high-throughput flow cytometry system [9][10]. - **Lot 7**: Budget of 13.546706 million yuan, featuring a nano-crystal electron diffraction instrument and a liquid chromatography-mass spectrometry system [11].

Core Viewpoint - Southeast University has announced multiple government procurement intentions for laboratory instruments, with a total budget of 121 million yuan, indicating significant investment in research and development capabilities [1][2]. Summary by Sections Procurement Intentions - Southeast University has released intentions for 37 items of laboratory equipment, with a total budget of 121 million yuan, expected to be procured between May and June 2025 [2][3]. Equipment Details - The procurement includes various advanced instruments such as: - Film stress measurement instruments with a budget of 3.02 million yuan [4]. - Scanning electrochemical microscopes with a budget of 3.4 million yuan [4]. - Mercury probe testers with a budget of 3.4 million yuan [4]. - Fourier infrared spectrometers with a budget of 2.3 million yuan [4]. - 12-inch probe stations with a budget of 4.5 million yuan [4]. - Ultrasonic microscopes with a budget of 1.75 million yuan [4]. Specific Equipment Functions - The film stress measurement instrument will measure stress in films with a range of 1 MPa to 7.8 GPa and an accuracy of less than 1% [4]. - The scanning electrochemical microscope will provide insights into metal plating mechanisms with a scanning precision better than 1 nm [4]. - The mercury probe tester will allow for non-destructive testing of electrical properties in films, with a maximum voltage of 250V [4]. Additional Equipment - Other notable equipment includes: - High-throughput automated liquid handling workstations with a budget of 1.6 million yuan [6]. - High-resolution live cell imaging workstations with a budget of 2 million yuan [6]. - Environmental simulation experimental devices with a budget of 25 million yuan [6]. Conclusion - The procurement intentions reflect Southeast University's commitment to enhancing its research capabilities through significant investments in advanced laboratory instruments, which may present opportunities for suppliers in the scientific equipment sector [1][2].

Group 1 - The 18th China Scientific Instrument Development Annual Conference (ACCSI 2025) was held in Shanghai, featuring over 150 reports and attracting more than 1800 participants from various sectors including government, academia, and industry [2][32] - The theme of the conference was "Digital Intelligence Driven, New Quality Leading," with a focus on the integration of artificial intelligence (AI) and scientific instruments [2][5] - The "Artificial Intelligence and Scientific Instrument Integration Development Forum" was a key highlight, discussing new paths for AI and scientific instrument integration and fostering collaboration in the field [2][5][32] Group 2 - Since AI was first mentioned in the government work report in 2017, it has gained significant attention, with the 2024 report emphasizing the "AI+" initiative to cultivate emerging industries [5] - The forum featured eight guest speakers who shared insights on how AI can drive breakthroughs in scientific instruments and its profound impact on the industry [5][8] - Various reports highlighted AI's role in enhancing efficiency and accuracy in scientific research, including advancements in electronic paramagnetic resonance spectroscopy and crystal structure analysis [9][18] Group 3 - The application of AI in aerospace technology was discussed, focusing on the development of spectral detection instruments and the need for high-resolution, high-sensitivity instruments [11][12] - The potential of large models in scientific instruments was explored, showcasing their capabilities in reasoning, innovation, and automation [14][15] - AI's ability to automate and enhance laboratory processes was emphasized, with examples of successful implementations in various experimental settings [20][18] Group 4 - AI's transformative impact on environmental monitoring was presented, with case studies on pollution management and water quality monitoring [28][29] - The integration of AI in environmental monitoring systems was discussed, highlighting its role in improving monitoring efficiency and accuracy [29] - The forum served as a high-quality platform for industry professionals to exchange ideas and foster the deep integration of AI and scientific instruments [32]

特别提示 微信公众号机制调整，请点击顶部"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。 回顾人工智能（AI）的发展历程可追溯至1 9 5 6年召开的达特茅斯会议，麦卡锡、明斯基等学者正式提出"人工智能"术语，标志着人工智能作为 一门新兴学科的正式诞生。虽然早期受限于计算机硬件性能和算法理论，人工智能经历了从理论概念到实际应用的长期演变, 其发展也曾步履 蹒跚。但是，随着互联网普及带来的海量数据，云计算提供的强大算力支持，以及深度学习等算法的突破，人工智能正以前所未有的速度影响 全球经济与社会发展。特别是，从Ch a tGPT掀起的大模型浪潮，到De e pSe e k带来的颠覆式创新，再到智能体（Ag e n t）技术重塑人机协作模 式，全球正经历一场由人工智能驱动的生产力革命，并正在快速走向产业落地。 导读： 在这样的机遇爆发期，"ACCSI2025人工智能与科学仪器融合发展"论坛重磅来袭（上海，2025年5月12-13日）。 对我国而言，2 0 1 7年，"人工智能"一词首次出现在《政府工作报告》中；2 0 2 4年，《政府工作报告》不仅三次提到"人工智能"，更首次提 ...