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Why is it difficult for basic research to "try by God"? It's hard to block and count. Everything comes to him who waits. In 2011, they won a chance to fly on board, developed products to meet the requirements of the satellite platform in two years, and passed a series of experiments and demonstrations. On November 25, 2013, they launched with a satellite! Their joy is unspeakable and can only be expressed in tears. This is the first flight verification of this type of space inertial sensor in China, which is still in normal operation after 7 years.
based on the verification of a large number of key technologies of gravitational wave detection in the laboratory, Luo Jun put forward the "tianqin plan" in March 2014, which plans to build a gravitational wave observatory in space to detect gravitational waves, challenging the most cutting-edge and scientific research peak in the world today.
基础研究“要上天试试”何其难？其间困难阻隔，难以计数。功夫不负有心人。
2011年他们争取到了一次搭载飞行机会，用两年时间研制出满足该卫星平台的产品，
并通过了一系列实验和论证，2013年11月25日随某卫星发射升空！他们的喜悦是难以言表的，只能用热泪来表达。这是我国该类型空间惯性传感器的首飞验证，7年过去了目前仍在轨运行正常。
2011年他们争取到了一次搭载飞行机会，用两年时间研制出满足该卫星平台的产品，
并通过了一系列实验和论证，2013年11月25日随某卫星发射升空！他们的喜悦是难以言表的，只能用热泪来表达。这是我国该类型空间惯性传感器的首飞验证，7年过去了目前仍在轨运行正常。
基于实验室里大量空间引力波探测关键技术的验证，罗俊在2014年3月提出了“天琴计划”，计划在太空中建成一个引力波天文台来探测引力波，向着当今世界引力研究的最前沿、科学研究的新高峰发起挑战。
