9月13日，第五期"留学报国智汇金陵"院士分享会在南京科技馆成功举行。本次活动在南京市委统战部 指导下，由南京欧美同学会与南京市科学技术协会联合主办。市委常委、统战部部长吴勇强出席并致 辞，中国科学院院士、中国科学技术大学校长常进作主题分享。中国科学院院士顾宁，民盟江苏省委副 主委、东南大学副校长金石等参与主持环节。市委统战部、市科协相关领导、两院院士、海归人才及国 际专家代表共180余人参会。 吴勇强在致辞中表示，南京始终坚持以开放姿态汇聚全球创新资源，留学人员是推动科技合作与城市创 新的重要力量。他寄语广大留学人才要坚定报国信念，将个人发展融入国家战略与南京实践；发挥桥梁 作用，促进人才与产业精准对接；拓展国际联络，吸引更多海外高层次人才来宁发展，共同助力南京打 造具有全球吸引力的创新创业高地。 常进院士以《"悟空号"的前世今生》为题，分享其科研团队在暗物质探测卫星研制中的攻坚历程。他结 合海外研究经历，介绍了"悟空号"在卫星载荷精度提升、在轨数据处理等关键环节的突破，展现了我国 在空间探测领域的先进实力，并强调了科研育人与国际合作在推动高水平科技自立自强中的重要意义。 活动现场，"2025南京欧美同学会 ...

Core Insights - The successful launch of the "Nankai No. 1" satellite marks a significant achievement for Southern University of Science and Technology (SUSTech) in the field of space exploration, showcasing the collaboration between commercial aerospace and academic research [1][4][5] Group 1: Satellite Features and Innovations - "Nankai No. 1" is equipped with a 12-meter long space electric field antenna system, setting a new global record for small satellite electric field antenna length [1][7] - The satellite utilizes a dual-layer tape structure and 3D printing technology to address the challenges of folding and storing the long antenna, achieving a total mass of 1.7 kilograms and a volume of only 1.6U (approximately 10×10×16 cm) [7] - It is the first domestic attempt to use a small satellite platform for optical observation of auroras, capable of continuous observation for 9 minutes during a single pass over the auroral zone [7] Group 2: Research and Development Contributions - The satellite's electric field measurement payload provides critical data for monitoring the Earth's magnetosphere and ionosphere, while the aurora camera captures extensive aurora data [4][5] - The project aligns with national deep space exploration strategies and will support major projects like the BeiDou satellite and space station by providing environmental monitoring [5][9] - The satellite will conduct approximately 14 passes over Shenzhen each month, contributing to urban geographic information systems [7] Group 3: Educational Impact and Student Involvement - The project emphasizes the integration of research and education, with over 20 undergraduate and graduate students participating in various stages of the satellite's development [9] - Students gained hands-on experience in satellite design, payload development, and data analysis, enhancing their skills and interest in space science [9] - The successful operation of "Nankai No. 1" not only validates innovative space exploration technologies but also builds a foundation for future large-scale space science experiments [9]