China's FAST Telescope Marks 10th Anniversary, Discovers Over 1,300 Pulsars
China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST) celebrated its 10th anniversary on September 25, 2024, at an academic symposium in Guizhou. The telescope has discovered over 1,300 pulsars, surpassing the total found by all other international telescopes in the same period. FAST has published 13 papers in *Science* and *Nature*, with results twice selected as *Science*'s top 10 breakthroughs. The team announced plans for a Phase II project to consolidate China's leading position in radio astronomy.
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China's FAST Telescope Marks 10th Anniversary, Discovers Over 1,300 Pulsars
China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST), known as 'China's Sky Eye,' celebrated its 10th anniversary on September 25, 2024. According to an academic conference held in Guiyang, the telescope has discovered over 1,300 pulsars since its completion in 2016, surpassing the total number found by all other international telescopes during the same period. FAST has produced a series of significant scientific achievements, including 13 papers published in the journals Science and Nature. Its results have been selected twice among Science's top 10 breakthroughs and once among Nature's top 10 discoveries. FAST General Engineer Jiang Peng stated that the telescope has propelled China's radio astronomy from a follower to a world leader. The team plans to continue with the FAST Phase II project to further consolidate China's leading position in radio astronomy and produce more major original scientific outcomes.
Read sourceChina's FAST Telescope Marks 10th Anniversary as Global Astronomy Leader
On September 23, 2026, China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST), known as 'China's Sky Eye,' celebrated its 10th anniversary since completion. Located in Pingtang, Guizhou, the telescope has achieved internationally recognized scientific results in pulsars, neutral hydrogen galaxies, fast radio bursts, and gravitational waves. An academic conference from September 22-24 brought together over 200 experts from 40 Chinese institutions to review progress and plan future development. Deputy Director and Chief Engineer Jiang Peng presented a report summarizing a decade of achievements, including 13 papers in Science and Nature, two selections as Science's top 10 breakthroughs, and one as Nature's top 10 discoveries. The team has transitioned from following to leading in radio astronomy, with plans for a Phase II upgrade to further expand observational capabilities and produce major original scientific outcomes.
Read sourceFAST Telescope Achieves Landmark Results, Plans Phase II to Cement Global Lead in Radio Astronomy
According to information from a recent academic conference, China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST) has achieved a series of landmark innovative results since its commissioning, making multiple accomplishments in engineering technology, frontier science, and applications. The FAST team, after a decade of dedicated work, has driven a historic leap in China's radio astronomy field, completing a transformative development from following and catching up to taking a world-leading position. Looking ahead, the FAST team will continue to advance the FAST Phase II project, aiming to further consolidate and enhance China's international leading status in radio astronomy and to continuously produce more major original scientific outcomes. The report is attributed to China Central Television (CCTV).
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China's FAST Telescope Marks 10 Years, Plans Phase II Expansion
On September 23, 2024, 财联社 reported that the Five-hundred-meter Aperture Spherical Radio Telescope (FAST) in Guizhou, China, celebrated its 10th anniversary since inauguration on September 25, 2016. An academic conference held from September 22-24 in Pingtang County reviewed FAST's achievements. According to the report, FAST has made landmark innovations in engineering, frontier science, and applications, including measurement and control technologies, domestically produced steel cables, and high-performance receivers. Scientifically, it has produced internationally influential results in pulsars, neutral hydrogen galaxies, fast radio bursts, and gravitational wave research, becoming one of the world's most important astronomical observatories. In applied fields, it has advanced Earth-Moon space object detection, pulsar time standards, and asteroid defense, serving national aerospace security and strategic needs. Based on FAST data, scientists have published 13 papers in Science and Nature, with results twice selected as Science's top 10 breakthroughs, once as Nature's top 10 discoveries, and ten times as China's top science and technology advances. The FAST team stated they will continue to advance the FAST Phase II project to consolidate China's leading position in radio astronomy and produce more major original scientific outcomes.
Read sourceChina's FAST Telescope Marks 10 Years, Plans Phase II Expansion
On September 23, 2024, Chinese financial news outlet 财联社 reported that the Five-hundred-meter Aperture Spherical Radio Telescope (FAST), known as 'China's Sky Eye,' celebrated its tenth anniversary since inauguration on September 25, 2016. An academic symposium held from September 22 to 24 in Pingtang County, Guizhou, highlighted FAST's achievements. The telescope has produced landmark scientific results, including 13 papers in Science and Nature, two selections in Science's top ten breakthroughs, and one in Nature's top ten discoveries. Technological innovations in measurement, control, domestic steel cables, and high-performance receivers have ensured stable operation. FAST has become a globally important astronomical facility, contributing to pulsar, neutral hydrogen galaxy, fast radio burst, and gravitational wave research. It has also advanced applications in Earth-Moon space object detection, pulsar time standards, and asteroid defense, serving national aerospace security. The FAST team announced plans to proceed with the Phase II project to maintain China's leading position in radio astronomy and generate more original scientific outputs.
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