总体技术指标达到国际先进水平，部分关键技术全球领先。作为一个面向全球开放的科研共享平台，截至目前，"空间环境地面模拟装置"已累计为国内外科 研团队提供超过6万小时的实验服务。 该装置能够综合模拟真空、辐照、弱磁等九大类空间环境因素，揭示其对材料、器件、系统及生命体的影响规律，为航天器的高可靠与长寿命运行、航天员 长期太空驻留等提供关键研究支撑。 "地面空间站"：铸就叩问苍穹的"金钥匙" 过去，一些航天实验和试验只能"靠天吃饭"，等待宇宙射线的偶然到访。如今，凭借这个全球规模最大、模拟因素最多、功能最全的空间环境效应研究平 台，我国科学家就可以将极端宇宙环境"搬"回地球，铸就一把自主叩问苍穹的"金钥匙"。 0:00 / 2:44 走进这座独特的零磁空间实验室，科研人员正利用脑磁信号和鸡蛋受精卵、"植物小白鼠"拟南芥等生物样本，系统探索近零磁场对生命活动的影响规律。借 助七层电磁屏蔽结构，这里成功模拟出比外太空还微弱50万倍的极端磁场环境，展现出国际领先的"中国精度"。 你知道被誉为"地面空间站"的空间环境地面模拟装置吗？在黑龙江哈尔滨，有一片面积接近50个足球场大小的区域，这里是我国航天领域首个大科学装置 —— ...

总体技术指标达到国际先进水平，部分关键技术全球领先。作为一个面向全球开放的科研共享平台，截 至目前，"空间环境地面模拟装置"已累计为国内外科研团队提供超过6万小时的实验服务。 该装置能够综合模拟真空、辐照、弱磁等九大类空间环境因素，揭示其对材料、器件、系统及生命体的 影响规律，为航天器的高可靠与长寿命运行、航天员长期太空驻留等提供关键研究支撑。 "地面空间站"：铸就叩问苍穹的"金钥匙" 来源：央视新闻客户端 你知道被誉为"地面空间站"的空间环境地面模拟装置吗？在黑龙江哈尔滨，有一片面积接近50个足球场 大小的区域，这里是我国航天领域首个大科学装置——"空间环境地面模拟装置"所在地。它由哈尔滨工 业大学与中国航天科技集团联合建设，历时19年，于2024年通过国家验收。 过去，一些航天实验和试验只能"靠天吃饭"，等待宇宙射线的偶然到访。如今，凭借这个全球规模最 大、模拟因素最多、功能最全的空间环境效应研究平台，我国科学家就可以将极端宇宙环境"搬"回地 球，铸就一把自主叩问苍穹的"金钥匙"。 走进这座独特的零磁空间实验室，科研人员正利用脑磁信号和鸡蛋受精卵、"植物小白鼠"拟南芥等生物 样本，系统探索近零磁场对生命活 ...

Core Viewpoint - Harbin Institute of Technology (HIT) is committed to advancing national interests through education, research, and innovation, aligning its goals with China's modernization strategy and focusing on high-quality talent cultivation and scientific research [3][6][12]. Group 1: Achievements in Space and Technology - On May 29, HIT successfully launched the Practice-26 satellite, showcasing its capabilities in space technology [5]. - HIT has developed the first national large scientific facility in the aerospace field, the "Ground Space Station," which has served over 150 users and supported the development of more than 1,000 aerospace components [7][9]. - The university has contributed to significant national projects, including the successful launch of the Tianwen-2 probe and the development of key technologies for space exploration [4][9]. Group 2: Educational and Research Innovations - HIT has implemented innovative organizational models such as "Master + Branch" and "Project + Branch" to enhance talent development and research capabilities [6]. - The university has established 178 youth scientist studios to support young researchers and facilitate their growth in major projects [11][12]. - HIT has introduced unique programs like the "Top Innovation Talent Class" and "Academician Characteristic Class" to accelerate the training of outstanding students [12]. Group 3: Commitment to National Development - HIT emphasizes the importance of aligning its research and educational efforts with national strategic needs, particularly in areas like artificial intelligence and integrated circuits [8][9]. - The university's faculty and students are actively engaged in projects that address critical technological challenges, contributing to national security and agricultural advancements [6][8]. - HIT's focus on high-quality party leadership and innovative educational practices aims to foster a strong sense of patriotism and responsibility among students [4][6].