The Chinese Academy of Sciences on Tuesday released details of the most recent scientific achievements from its space science programs, including space-based gravitational wave detection, space microgravity experiments, and the observation of black-hole explosions.
According to the academy, Taiji-1, China's first satellite to conduct experiments on key technologies related to space-based gravitational wave detection, has completed all preset experimental tasks. It has accomplished the highest degree of precision in space laser interferometry so far in China.
Meanwhile, SJ-10, China's first satellite to conduct microgravity experiments, has for the first time achieved the development of a cell embryo to a blastocyst under microgravity conditions, revealing the key factors affecting early embryo development of mammals in a space environment.
Finally, China's Hard X-ray Modulation Telescope, also known as Insight, clearly observed the panoramic view of the explosion of black hole binaries for the first time.
The three satellites were all deployed by the CAS as part of its space-science pilot project, which was formally established in 2011.
The CAS will continue to strengthen the research in space science areas such as the extreme universe, space-time ripples, sun-earth panorama, and habitable planets, in order to better understand the universe, said Wang Chi, director of the National Space Science Center under the CAS. (Xinhua)
2016 will be a year worthy of the history books for China's aerospace development. Big plans are in the works as the country seeks to further develop its space program.
When the Chinese Academy of Sciences (CAS) launched its strategic priority programme in space science in 2011, the goal was to create something similar to the European Space Agency’s “Cosmic Visions” programme.
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