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  1. #MaunaKea has long been regarded as the crown jewel of ground-based #astronomical observation.

    🇨🇳 Groundwork, mirror polishing and instrument development are already under way for the 14.5-metre Large Optical Telescope and the 6.5-metre Multiplexed Survey Telescope 🔭 scmp.com/news/china/science/ar

    The Tibetan Plateau is the highest plateau on Earth, with an average elevation of over 4,000 metres nature.com/articles/s41586-021

    🗺️ #Lenghu Astronomical Observing Base openstreetmap.org/way/11073019

    #Astronomy

  2. #MaunaKea has long been regarded as the crown jewel of ground-based #astronomical observation.

    🇨🇳 Groundwork, mirror polishing and instrument development are already under way for the 14.5-metre Large Optical Telescope and the 6.5-metre Multiplexed Survey Telescope 🔭 scmp.com/news/china/science/ar

    The Tibetan Plateau is the highest plateau on Earth, with an average elevation of over 4,000 metres nature.com/articles/s41586-021

    🗺️ #Lenghu Astronomical Observing Base openstreetmap.org/way/11073019

    #Astronomy

  3. #MaunaKea has long been regarded as the crown jewel of ground-based #astronomical observation.

    🇨🇳 Groundwork, mirror polishing and instrument development are already under way for the 14.5-metre Large Optical Telescope and the 6.5-metre Multiplexed Survey Telescope 🔭 scmp.com/news/china/science/ar

    The Tibetan Plateau is the highest plateau on Earth, with an average elevation of over 4,000 metres nature.com/articles/s41586-021

    🗺️ #Lenghu Astronomical Observing Base openstreetmap.org/way/11073019

    #Astronomy

  4. #MaunaKea has long been regarded as the crown jewel of ground-based #astronomical observation.

    🇨🇳 Groundwork, mirror polishing and instrument development are already under way for the 14.5-metre Large Optical Telescope and the 6.5-metre Multiplexed Survey Telescope 🔭 scmp.com/news/china/science/ar

    The Tibetan Plateau is the highest plateau on Earth, with an average elevation of over 4,000 metres nature.com/articles/s41586-021

    🗺️ #Lenghu Astronomical Observing Base openstreetmap.org/way/11073019

    #Astronomy

  5. China is quietly preparing to build a gigantic telescope

    High on the Tibetan Plateau, China appears to be laying the groundwork for what will be the largest optical telescope in the Northern Hemisphere - and perhaps briefly, in the world.

    science.org/content/article/ch

    #Astronomy #China #Tibet #news #Astrodon #Lenghu #observatory #LenghuObservatory #LOTtelescope #science #STEM

  6. China is quietly preparing to build a gigantic telescope

    High on the Tibetan Plateau, China appears to be laying the groundwork for what will be the largest optical telescope in the Northern Hemisphere - and perhaps briefly, in the world.

    science.org/content/article/ch

    #Astronomy #China #Tibet #news #Astrodon #Lenghu #observatory #LenghuObservatory #LOTtelescope #science #STEM

  7. China is quietly preparing to build a gigantic telescope

    High on the Tibetan Plateau, China appears to be laying the groundwork for what will be the largest optical telescope in the Northern Hemisphere - and perhaps briefly, in the world.

    science.org/content/article/ch

    #Astronomy #China #Tibet #news #Astrodon #Lenghu #observatory #LenghuObservatory #LOTtelescope #science #STEM

  8. China is quietly preparing to build a gigantic telescope

    High on the Tibetan Plateau, China appears to be laying the groundwork for what will be the largest optical telescope in the Northern Hemisphere - and perhaps briefly, in the world.

    science.org/content/article/ch

    #Astronomy #China #Tibet #news #Astrodon #Lenghu #observatory #LenghuObservatory #LOTtelescope #science #STEM

  9. #China’s most powerful spectral #telescope with an aperture of 4.4 meters which can realize multi-target and high-resolution spectral observation simultaneously is expected to be completed and enter use in 2026 at the #Lenghu Astronomical Observation Base, the largest astronomical observation base in Asia: globaltimes.cn/page/202401/130

  10. #China’s most powerful spectral #telescope with an aperture of 4.4 meters which can realize multi-target and high-resolution spectral observation simultaneously is expected to be completed and enter use in 2026 at the #Lenghu Astronomical Observation Base, the largest astronomical observation base in Asia: globaltimes.cn/page/202401/130

  11. #China’s most powerful spectral #telescope with an aperture of 4.4 meters which can realize multi-target and high-resolution spectral observation simultaneously is expected to be completed and enter use in 2026 at the #Lenghu Astronomical Observation Base, the largest astronomical observation base in Asia: globaltimes.cn/page/202401/130

  12. #China’s most powerful spectral #telescope with an aperture of 4.4 meters which can realize multi-target and high-resolution spectral observation simultaneously is expected to be completed and enter use in 2026 at the #Lenghu Astronomical Observation Base, the largest astronomical observation base in Asia: globaltimes.cn/page/202401/130