一台拇指大小、重量2.2克、小鼠都能"背着跑"的微型化显微镜，能带来怎样的改变？ 近日，在农工党北京市委会参与主办的2025国际生物医药产业创新北京论坛主论坛上，中国科学院院 士、北京大学未来技术学院教授、北京大学国家生物医学成像科学中心主任程和平介绍的这台设备，引 起了不少参会人员的关注。 由程和平带领团队自主研发的微型化双光子显微镜，使研究者能在小鼠自由行为的状态下，长时间、跨 昼夜地观察其大脑中神经元和突触的动态电活动。无论是转轮、跳台，还是在睡眠中，小鼠脑部活动的 细微变化都能被实时记录和呈现。 "从生命科学、数学、计算机到光机电运算，来自北京大学不同院系的研究者们在同一屋檐下协同攻 关，才完成了这项挑战。"程和平说，这场没有学科边界的研发，为脑科学、药物研发以及脑溢血等疾 病研究带来了革命性的工具。 打破边界、汇聚共创，正是本次论坛主题"创新无国界，健康共未来"的生动体现。在生物医药领域，无 论是前沿科研的突破，还是医疗实践的革新，都指向同一个方向——守护患者的生命与健康。 农工党北京市委会是今年北京论坛联合主办方之一。作为以医药卫生为主要界别领域的参政党，农工党 始终将推进健康中国、健康北京建设作 ...

Core Insights - The Shanghai Civil Aviation Vocational and Technical College team won the national special award at the 2025 "High Education Society Cup" short video competition, showcasing their professional skills and cross-cultural communication abilities [1] Group 1: Competition and Achievement - The winning team, guided by teachers Cheng Sheng and Ma Yanhong, produced a video titled "Flying Beyond," focusing on China's "low-altitude economy" [1] - The project creatively integrated aviation knowledge with foreign language skills, effectively narrating new stories about China's civil aviation industry [1] Group 2: Team Composition and Roles - The team consisted of students from various disciplines: Hu Rong (General Aviation and Drone College), Fu Qiang, Gao Ji (Airport Management College), and Ren Keyu (Aircraft Manufacturing and Maintenance College) [1] - Each member had specific roles, with Hu Rong handling final editing, Fu Qiang and Gao Ji writing the script, and Ren Keyu managing filming and voiceover [3] Group 3: Educational Approach and Future Plans - The award reflects the college's commitment to integrating competition with education and promoting interdisciplinary collaboration [4] - The college aims to encourage more students to participate in high-level competitions, fostering talents with international perspectives and innovative spirits [4] Group 4: Skills Development - Team members improved their teamwork, communication, and application skills during the project, enhancing their video production and expression abilities [5] - The competition provided a platform for students to learn from other excellent teams across the country, promoting mutual growth and experience exchange [5]

Core Insights - Scientific intelligence is reshaping research paradigms and empowering industrial upgrades through AI integration in various scientific fields [1][2] - The "Hundred Teams, Hundred Projects" initiative aims to support at least 100 teams and projects within two years, fostering collaboration among AI talents, scientists, and engineers [1][2] - The average age of project leaders in the initiative is 35, highlighting a focus on young scientific talent [1] Group 1: Project Highlights - Professor Gao Yue from Fudan University developed electrolyte materials for lithium iron phosphate batteries, achieving 96% health status after 12,000 charge-discharge cycles and establishing production lines for large-scale manufacturing [2] - The initiative emphasizes cross-disciplinary collaboration and data sharing, which are crucial for driving original innovation [2] - The Zhu Tong team from Shanghai Chuangzhi Academy developed machine learning methods for quantum chemistry calculations, improving efficiency by three orders of magnitude compared to traditional methods [2][3] Group 2: Innovations in Engineering - The Zhou Ying team from Tongji University proposed an automated and intelligent full-link process for building design, increasing modeling and modification efficiency by over 10 times compared to traditional methods [3] - The Lin Zhouhan team from Shanghai Jiao Tong University built a specialized pre-trained model for wind power prediction, achieving the highest accuracy in national renewable energy forecasts for the first quarter of 2025 [3] Group 3: Characteristics of the Initiative - The "Hundred Teams, Hundred Projects" initiative showcases deep integration between young AI scientists and domain experts, creating an efficient collaborative innovation mechanism [4] - Some projects have already partnered with leading companies like CATL, demonstrating the advantages of the "AI scientist + domain expert + engineer" co-creation model [4] - Original breakthroughs in AI methodologies have been achieved, significantly accelerating the scientific discovery process [4] Group 4: Future Directions - The initiative will focus on transforming cutting-edge original achievements into real productive forces by creating industry solution showcases and building an open scientific intelligence cloud platform [5]

两栖机器人：跨学科协作结硕果 首届全国科普月各项活动异彩纷呈，浓厚的创新氛围更是引爆人气。在中国科协青少年科技中心(中国 科协科普活动中心)主办的"智汇青春·科创成果向未来"主题展示活动中，新材料以及多领域协同发展赛 道成为了观众关注的焦点。包括清华大学和中国人民解放军空军工程大学在内的高校更是"八仙过海， 各显神通"，在新材料多领域协同发展领域走出了一条创新之路，也为整个活动增添了跨界融合创新的 底色。 一直以来，空军工程大学致力于航空航天高端零部件的抗疲劳制造研究。增材制造作为前沿成形技术， 具有高自由度和快速成形的优势，但其快速凝固带来的非平衡热力学效应，也导致了微观组织不均匀、 内部缺陷及高幅值残余拉应力等问题。这一瓶颈促使团队决心攻克金属增材构件"易疲劳损坏"的国际难 题。于是，"激光锻打"技术应运而生。 将"锻造"与"打印"融为一体的理念，源于团队在"激光冲击强化"领域长达十余年的技术积累，以及对增 材制造瓶颈问题的深刻洞察。在技术上，激光锻打要实现"边打印边锻造"的精妙控制，核心在于一套极 高速、高精度的闭环控制系统。必须实现感知与决策的同步。为此，团队开发出在线监测系统，实时捕 捉熔池形貌、温 ...

摘要 ： 2025年9月11日，中国分析测试协会毒物分析分会成立，推动跨学科协作与技术创新，服务国家安全与公共健康。 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。 仪器信息网讯 2025年9月11日，在第二十一届北京分析测试学术报告会暨展览会（BCEIA 2025）召开期间，中国分析测试协会毒物分析分 会成立暨化学毒物分析前沿与交叉论坛正式召开，100余位代表出席。 毒物分析学作为融合分析科学、化学、医学等多学科的应用基础研究学科，对毒物分析方法、技术和检测试剂、装置研发及应用等前沿的探索 对防范化解复杂、多样、危害人类健康生存的毒物风险具有关键意义。这些探索不仅支撑临床毒检、司法鉴定、环境与食药品安全等领域的精 准化应用，更直接服务于国防与公共安全保障，为守护国家和人民健康安全提供科学支撑，是应对复杂安全挑战、筑牢社会安全防线的重要科 技保障。 中国分析测试协会毒物分析分会（以下简称分会）的成立旨在构建跨学科、应用领域的沟通协作平台，促进毒物分析领域的学术交流、技术协 同与创新应用，为我国分析测试协会事业的发展注入新动力。 本次成立大会 ...

Core Viewpoint - The "Research MDT" initiative at Jining First People's Hospital aims to enhance the integration of basic and clinical research, addressing challenges in diagnosing and treating invasive fungal diseases through interdisciplinary collaboration [1][3]. Group 1: Objectives and Initiatives - The initiative seeks to establish a regular communication mechanism between basic research and clinical departments, breaking down disciplinary barriers to improve clinical research capabilities [1]. - The first "Research MDT" successfully brought together experts from various departments, focusing on rapid diagnosis and treatment of fungal diseases [1][3]. Group 2: Challenges and Solutions - The hospital faces significant challenges such as delayed diagnosis of invasive fungal diseases and rising drug resistance, necessitating a collaborative approach to research and clinical practice [3]. - The integration of basic research in medical mycology with clinical diagnostics and treatment practices is essential for overcoming these challenges [3]. Group 3: Collaborative Efforts - The event facilitated discussions on critical issues like drug-resistant fungal infections and innovative treatment methods, fostering a collaborative environment between clinical and research personnel [3][4]. - The "Research MDT" serves as a platform for clinical practitioners to gain insights into laboratory breakthroughs while researchers understand the pressing clinical challenges [4]. Group 4: Future Directions - The hospital plans to continue nurturing this innovative environment, ensuring that laboratory findings are effectively translated into clinical applications to strengthen patient care [4].