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recently, the national astronomical observatory of the chinese academy of sciences announced the launch of the construction of the fast core array test prototype, which means that on the occasion of its eighth anniversary, fast will usher in a new breakthrough. this technical solution will take advantage of the excellent electromagnetic environment within 5 kilometers around fast to build 24 40-meter aperture fully movable radio telescopes and fast to form a comprehensive aperture array, namely the fast core array.
there are huge possibilities and challenges behind this project. first, it represents another breakthrough in china's science and technology field, crossing a new technological boundary from a 500-meter aperture spherical telescope to a 40-meter aperture radio telescope. secondly, in order to achieve the observation effect of the comprehensive aperture, it is necessary to overcome two key difficulties: high-performance receivers and data processing technology. this means that it is necessary to break through the long-sought goal of the scientific research community - to make greater progress in technology while improving astronomical observation capabilities.
this is like an explorer who is looking for an unknown territory. they stand on the edge of a cliff, see the vast starry sky in the distance, and are eager to explore the mysteries. but at the same time, they are also facing huge challenges: how to overcome technical difficulties and achieve their goals? however, it is these challenges and opportunities that drive the development of science and technology forward.
exploring a new chapter: a leap in technology
the success of this radio telescope array will bring new breakthroughs to china's scientific research and promote the development of china's science and technology. the fast core array can not only improve astronomical observation capabilities, but also provide new possibilities for research in other fields. for example, it can be used to explore black holes, dark matter and galaxy formation in the universe.
it is worth noting that this technology will also have a significant impact on international scientific and technological cooperation. researchers around the world will share this technological achievement and jointly promote the progress of scientific research. this will mean that the global scientific and technological community will unite to explore the mysteries of the universe together.
in the future, we look forward to seeing more technological breakthroughs and contributing to the progress of human civilization.
