Core Viewpoint - The establishment of the first interstellar navigation academy in China has sparked widespread interest and discussions among the public, reflecting a collective aspiration towards space exploration and the responsibility of nurturing talent for a strong aerospace nation [2][4][7]. Group 1: Academy Establishment and Historical Context - The Interstellar Navigation Academy was officially inaugurated on January 27, 2023, by the University of Chinese Academy of Sciences, generating significant media coverage and public engagement [2][4]. - The concept of an interstellar navigation academy was originally proposed by Qian Xuesen in 1957, and his foundational work, "Introduction to Interstellar Navigation," published in 1962, laid the academic groundwork for this field [4][6]. Group 2: Significance and Future Prospects - The establishment of the academy is seen as a practical response to Qian Xuesen's vision, aiming to enhance academic structure and optimize talent cultivation in the field of aerospace [6][9]. - The academy's formation coincides with unprecedented opportunities in China's space science and deep space exploration, emphasizing the urgent need for high-quality innovative talent [7][9]. Group 3: Educational Framework and Curriculum - The academy will offer 22 new core courses in addition to 97 existing ones, covering advanced topics such as interstellar propulsion principles, planetary dynamics, and interstellar sociology, aiming for a deep integration of science, technology, and application [12][14]. - The academy will provide immersive training environments through various innovative platforms, facilitating interdisciplinary collaboration among students and researchers [14][15]. Group 4: Vision for Talent Development - The academy aims to cultivate interdisciplinary and innovative talents who possess both scientific thinking and engineering awareness, essential for advancing interstellar navigation [9][15]. - The leadership envisions the academy becoming a hub for foundational research, high-level talent development, and international academic exchange, contributing to China's position in the global aerospace landscape [15].

Group 1 - The core viewpoint of the article is the establishment of the Interstellar Navigation College at the University of Chinese Academy of Sciences, which aims to enhance talent cultivation in the field of interstellar navigation and support national strategic needs in deep space exploration and space science research [1][3]. Group 2 - The Interstellar Navigation College will offer a curriculum covering 14 primary disciplines, including aerospace science and technology and planetary science, with 22 new core courses added to the existing 97 courses [3]. - The college's establishment is a strategic move for the University of Chinese Academy of Sciences to seize technological leadership and develop talent in the interstellar navigation sector [3]. - The college will utilize existing platforms in Huairou Science City and establish six specialized platforms for immersive training, including a drone intelligent flight simulation platform and a space science satellite teaching practice platform [3]. Group 3 - The college's leadership includes Academician Zhu Junqiang as the dean, with several vice deans, and the first meeting of the Talent Training Special Teaching and Guidance Committee was held on the day of the inauguration [6].

据人民日报客户端消息，1月27日上午，中国科学院大学星际航行学院揭牌仪式在中国科学院与"两弹一星"纪念馆举行，标志该学院正式成立。中国科学 院战略高技术研究局局长朱俊强院士任星际航行学院院长。 未来10至20年，是我国星际航行领域跨越式发展的关键窗口期，原始创新基础研究和技术突破将重塑深空探索格局，深刻影响国家竞争力。成立星际航行 学院，是中国科学院大学抢占科技制高点任务、布局星际航行领域人才培养的关键举措，将为国家深空探测、空间科学研究等战略需求提供人才支撑。 2025年11月，中国科学院大学决定成立星际航行学院。学院将构建涵盖航空宇航科学与技术、行星科学等14个一级学科/专业类别的课程体系，在97门既 有课程基础上，新增22门核心课程，涵盖星际动力与推进原理、星际航行环境感知与利用、行星动力学与宜居性、星际社会学与治理等前沿方向，实现科 学、技术与应用深度融合。 教学实践方面，学院将依托怀柔科学城现有前沿科学、关键技术、战略应用3类平台，新建无人机智能巡飞模拟平台、空间科学卫星全流程教学实践平 台、星际航行天地协同实验教学与创新平台等6个特色平台，为学生提供沉浸式培养环境。 当天，星际航行人才培养专项教学 ...

来源：人民日报客户端、政事儿 据人民日报客户端消息，1月27日上午，中国科学院大学星际航行学院揭牌仪式在中国科学院与"两弹一星"纪念馆举行，标志该学院正式成立。中国科学 院战略高技术研究局局长朱俊强院士任星际航行学院院长。 未来10至20年，是我国星际航行领域跨越式发展的关键窗口期，原始创新基础研究和技术突破将重塑深空探索格局，深刻影响国家竞争力。成立星际航行 学院，是中国科学院大学抢占科技制高点任务、布局星际航行领域人才培养的关键举措，将为国家深空探测、空间科学研究等战略需求提供人才支撑。 2025年11月，中国科学院大学决定成立星际航行学院。学院将构建涵盖航空宇航科学与技术、行星科学等14个一级学科/专业类别的课程体系，在97门既 有课程基础上，新增22门核心课程，涵盖星际动力与推进原理、星际航行环境感知与利用、行星动力学与宜居性、星际社会学与治理等前沿方向，实现科 学、技术与应用深度融合。 教学实践方面，学院将依托怀柔科学城现有前沿科学、关键技术、战略应用3类平台，新建无人机智能巡飞模拟平台、空间科学卫星全流程教学实践平 台、星际航行天地协同实验教学与创新平台等6个特色平台，为学生提供沉浸式培养环境。 ...