Core Perspective - The establishment of China's first Interstellar Navigation Academy aims to cultivate interdisciplinary talents needed for deep space exploration, focusing on areas such as interstellar propulsion and deep space communication [1][14]. Group 1: Academy Overview - The Interstellar Navigation Academy was officially inaugurated on January 27, focusing on cutting-edge fields like interstellar propulsion and deep space navigation [1]. - The academy will create six specialized platforms for experimental teaching and innovation, providing an immersive training environment [1]. Group 2: Academic Focus - The core discipline of the academy is Aerospace Science and Technology, with key areas including spacecraft design and intelligent control [2][4]. - The academy is structured into four departments, covering research fields such as space science, aerodynamics, and materials mechanics [4]. Group 3: Faculty and Resources - The academy boasts a faculty of six academicians and over 30 high-level national talents, supported by five major aerospace research institutes [5][7]. - It has access to various advanced national experimental platforms in areas like aerospace engines and manned space stations, providing a solid foundation for academic development and research innovation [7]. Group 4: Theoretical Framework - Qian Xuesen's work "Introduction to Interstellar Navigation" lays out a comprehensive theoretical framework for interstellar travel, distinguishing between interplanetary and interstellar navigation [10]. - The concept of interstellar navigation involves both exploring the solar system and venturing beyond it into deep space [10]. Group 5: Talent Development - The academy aims to develop versatile talents capable of addressing the full spectrum of challenges in interstellar navigation, including operating spacecraft and solving scientific and survival issues in deep space [11][13]. Group 6: Future Outlook - The next 10 to 20 years are seen as a critical window for significant advancements in the field of interstellar navigation, with original innovations and technological breakthroughs expected to profoundly impact deep space exploration and national competitiveness [14].

Core Insights - The establishment of the "Interstellar Navigation" college at the University of Chinese Academy of Sciences marks a significant step in addressing the shortage of top interdisciplinary talent in China's space exploration efforts [1][2][4] - The college aims to integrate various disciplines, including aerospace engineering, physics, chemistry, biology, artificial intelligence, and materials science, to foster collaboration among scientists and engineers [2][3] - A total of 22 new core courses have been introduced, focusing on cutting-edge topics such as interstellar dynamics, planetary habitability, and interstellar sociology, enhancing the curriculum to support interdisciplinary learning [3][5] Talent Acquisition and Funding - The college is actively recruiting talent with substantial funding support, offering project funding ranging from 10 million to 100 million yuan for individual research projects [4][5] - Innovative training models will be implemented, emphasizing real-world problem-solving and practical skills, moving away from traditional paper-based evaluation systems [5][6] Future Prospects - The college's initiatives are expected to cultivate a new generation of versatile talents equipped with both solid foundations and strategic vision, crucial for advancing China's space exploration capabilities [6][7] - The next 10 to 20 years are identified as a critical window for breakthroughs in interstellar navigation, with the college positioned to play a pivotal role in transforming the landscape of deep space exploration [7][8]

Core Insights - The establishment of the Interstellar Navigation Institute at the University of Chinese Academy of Sciences marks a significant step in advancing China's capabilities in interstellar exploration and talent development [1][5] - The institute aims to integrate 14 disciplines, adding 22 core courses to the existing 97, focusing on cutting-edge areas such as interstellar propulsion, navigation, and planetary sociology [1][5] Group 1: Institute Objectives and Structure - The core mission of the institute is to serve as an innovation hub and talent cultivation base for the long-term development of China's interstellar navigation [1][5] - The institute will collaborate with other research institutes to create a complete chain from basic research to technology development, results transformation, and talent training [1][5] - The focus will be on interdisciplinary integration, breaking down traditional academic barriers to foster collaboration among scientists and engineers from various fields [2][6] Group 2: Talent Development Strategy - The institute plans to attract top domestic and international talents and young educators, aiming to establish a comprehensive training system within 3-5 years [4][6] - A dual mentorship model will be implemented, combining scientists and chief engineers to guide students through practical research and advanced coursework [7] - The goal is to cultivate students with strong mathematical foundations and professional skills, capable of original innovation and engineering transformation [7]

"这份使命，承载着代代相传的赤子之心。"中国科学院国家空间科学中心主任王赤院士的话语，将 人们的思绪拉回20世纪60年代。 清晨的寒意还笼罩在雁栖湖畔的山脚下。1月27日一大早，在中国科学院与"两弹一星"纪念馆前， 一群人炽热的目光已投向比远山更辽远的星空——这天，中国科学院大学星际航行学院在此正式揭牌成 立。 如同一场跨越时空的对话。这片土地，曾见证钱学森等先辈在困顿中起步，将"两弹一星"的梦想锻 造成现实；同样在这里，一个关于星辰大海的更遥远的梦想正式启航。 仪式结束，人群散去。纪念馆静立依旧，一个新的起点已然锚定。仰望星空，行则将至。从这里出 发的，将是新一批扎根大地、敢闯未知的年轻人。他们的征途，不仅关乎技术突破，更承载着一个国家 探索浩瀚宇宙的梦想——让文明的灯火，照亮更遥远的星空。 彼时，国家百业待兴，中国科学院在钱学森、赵九章等科学家的倡议下，召开首次"星际航行座谈 会"，继而成立"星际航行委员会"。当前，面对从"近地轨道"迈向"深空探测"的新征程，人才培养成为 最迫切的课题。 作者：胡喆 星际航行学院首任院长朱俊强院士将学院定位为"三大高地"：基础研究高地、创新人才高地、 国际交流高地。这不仅 ...

Group 1 - The establishment of the Interstellar Navigation Academy marks a significant step in China's deep space exploration, transitioning from following to leading in the aerospace sector [2][3][4] - The academy is the first specialized institution in China focused on "interstellar navigation," aimed at cultivating high-end talent for deep space exploration [4][5] - The curriculum will cover 14 primary disciplines, adding 22 core courses to the existing 97, focusing on cutting-edge topics such as interstellar propulsion and planetary dynamics [5][10] Group 2 - The academy's first director, Zhu Junqiang, emphasizes a dual mentorship system combining scientists and chief engineers to foster innovation and practical engineering skills among students [7][14] - The academy aims to address critical industry challenges by integrating various disciplines, including aerospace engineering, physics, and artificial intelligence, to create a collaborative research environment [10][11] - In the next 3-5 years, the academy plans to attract top talent and establish a comprehensive interstellar testing ground, with a long-term goal of becoming a globally influential institution [12][13]

Core Viewpoint - The establishment of the Interstellar Navigation College at the University of Chinese Academy of Sciences marks a significant step in advancing China's capabilities in deep space exploration, which is seen as a critical area of global technological competition [12][36]. Group 1: Significance of the College - The Interstellar Navigation College aims to cultivate comprehensive talents capable of addressing the multifaceted challenges of interstellar navigation, integrating knowledge from various disciplines such as engineering, space science, and artificial intelligence [10][20]. - The college serves as a "breakthrough station" to overcome research bottlenecks in interstellar navigation by leveraging the strengths of various institutes within the Chinese Academy of Sciences [12][18]. Group 2: Educational Approach - The college's curriculum emphasizes interdisciplinary learning, breaking down traditional academic barriers to foster innovation and adaptability among students [23][10]. - A unique mentorship model will be implemented, where a team of mentors will guide individual students, ensuring that the latest scientific and technological advancements are incorporated into the educational process [23][20]. Group 3: Technological Challenges - Achieving true interstellar navigation freedom requires significant technological breakthroughs, particularly in advanced propulsion systems, life support systems, and deep space communication technologies [30][31]. - The college will focus on developing high-energy density fuels and closed-loop life support systems to support long-duration space missions [8][31]. Group 4: Future Platforms and Initiatives - The college plans to establish six specialized platforms, including an intelligent drone simulation platform and a comprehensive teaching practice platform for space science satellites, to provide immersive training environments for students [33][35]. - These platforms will enhance practical learning and innovation, aligning with the college's mission to prepare students for the challenges of deep space exploration [33][12].

中国科学院副院长、国科大校长周琪院士指出，在迈向月球、迈向火星、走出太阳系的未来，国科大星 际航行学院要有自己的战略构想、战略规划和战略谋篇布局。 中国科学院重大专项研究局局长、战略高技术研究局局长朱俊强院士任国科大星际航行学院院长。他表 示，星际航行学院将发展成为中国科学院航空航天基础研究高地、高层次创新人才培育高地、国际学术 交流开放高地等三大高地。 据介绍，2025年11月，国科大决定成立星际航行学院，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 术与应用的深度融合。 中新社北京1月27日电 (记者 孙自法)"两弹一星"元勋钱学森1957年提出建设星际航行学院的构想，在近 70年后成为现实。中国科学院大学(国科大)星际航行学院27日在位于北京怀柔的中国科学院与"两弹一 星"纪念馆举行揭牌仪式，正式从这块中国航天事业和"两弹一星"精神的发源地起航。 1月27日，北京怀柔，国科大星际航行学院成立仪式在中国科学院与"两弹一星 ...

60多年前，中国科学院在钱学森、赵九章等科学家的倡议下召开了首次"星际航行座谈会"，继而成 立"星际航行委员会"，为我国探索太空奠定了基础。 未来10至20年是我国星际航行领域跨越式发展的窗口期。原始创新基础研究和技术突破将重塑深空 探索格局、决定国家核心竞争力，也有望让航天梦在更深远星空绽放。 中国科学院大学星际航行学院院长朱俊强院士期许，经过接续奋斗，学院未来成为三大高地：一是 中国科学院航空航天基础研究高地，为国家重大任务提供原创支撑；二是高层次创新人才培育高地，造 就敢闯未知、能担重任的优秀人才；三是国际学术交流开放高地，以扎实成果发出中国声音、贡献中国 智慧。 中国科学院大学星际航行学院1月27日正式揭牌成立。记者获悉，这所特色学院将聚焦星际推进、 深空通信导航、空间科学等前沿领域，培育兼具扎实功底、战略视野与家国担当的紧缺复合型人才。 从"东方红一号"划破天际到"祝融号"漫步火星，中国人的航天梦从未止步。当前，我国航天事业正 从"近地轨道"迈向"深空探测"，从月球科研站规划到系外行星探测，一系列国家重大战略任务呼唤着高 素质创新人才。 中国科学院大学立足中国科学院"科教融合3.0"战略，设立星际航 ...

作者 丨彭新 编辑丨骆一帆 视频｜陈泽锴 据新华社， 1月27日，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。 星际航行学院官网显示，中国科学院大学星际航行学院前身为航空宇航学院，由中国科学院工 程热物理研究所牵头，联合空间应用工程与技术中心、微小卫星创新研究院、国家空间科学中 心、空天信息创新研究院等单位共同组建。 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。公开资料显示，朱俊强， 1964年生，河南周口项城人，西北工业大学博士，研究员，博士生导师，长期从事航空发动机 气动热力学方面的教学及科研工作。2023年，他当选中国科学院院士。 （图源：人民日报） 记者注意到，在星际航行学院发布于1月14日的一则通知公告中， 星际航行学院正在招聘海外 人才，并披露了一系列引才政策，涵盖巨额科研经费支持到全方位的安居教育保障等。 在科 研经费支持方面，学院背靠强大平台，力度空前。 据悉，科研经费将直接由中国科学院匹配，对于从基础研究到关键技术攻关的项目，院方均给 予优先资助。 单个项目经费规模可达1000万元至1亿元。 在此基础上，中国科学院大学还将 同 ...

据新华社，1月27日，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。 记者注意到，在星际航行学院发布于1月14日的一则通知公告中，星际航行学院正在招聘海外人才，并披露了一系列引才政策，涵盖巨额科研 经费支持到全方位的安居教育保障等。在科研经费支持方面，学院背靠强大平台，力度空前。 据悉，科研经费将直接由中国科学院匹配，对于从基础研究到关键技术攻关的项目，院方均给予优先资助。单个项目经费规模可达1000万元至 1亿元。在此基础上，中国科学院大学还将同步提供1:1的配套经费，为高水平科研创新提供充足资金。 未来10至20年是我国星际航行领域跨越式发展的窗口期。此次成立星际航行学院，是国科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，在《教育强国建设规划纲要（2024—2035年）》牵引下，中国教育进入提质升级新阶段。与此同时，高校新学院、新专业陆续设立， 主要集中在国家战略急需领域、基础学科和重点新兴交叉学科等方向。 （文章来源：21世纪经济报道） 星际航行学院官网显示，中国科学院大学 ...