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The Hubble Space Telescope Comparison between many space telescopes by diameter Overview of active and future telescopes (as of January 2021) This list of space telescopes ( astronomical space observatories ) is grouped by major frequency ranges : gamma ray , x-ray , ultraviolet , visible , infrared , microwave , and radio .
List of largest optical telescopes in the 19th century; List of largest optical telescopes in the 20th century; List of largest optical reflecting telescopes; List of largest optical refracting telescopes; List of optical telescopes; List of proposed space telescopes; List of radio telescopes; List of solar telescopes; List of space telescopes ...
1.2–6.0 GHz 38-element radio telescope interferometer working in the frequency range of 1.2–6.0 GHz. The final baseline will be 2.27 km in the East-West and 1.17 km in the South directions, respectively. This instrument will obtain radio images from the sun with a spatial resolution ≈4x6 arc seconds.
List of largest optical reflecting telescopes – List of large optical telescopes; List of largest optical refracting telescopes; List of space telescopes; List of solar telescopes; List of telescope types; List of largest optical telescopes historically; List of largest optical telescopes in the 20th century
List of largest optical telescopes historically; List of largest optical telescopes in the 19th century; List of largest optical telescopes in the 20th century; List of the largest optical telescopes in North America; List of largest optical telescopes in the 18th century; List of largest optical telescopes in the British Isles; List of ...
This list of the largest optical reflecting telescopes with objective diameters of 3.0 metres (120 in) or greater is sorted by aperture, which is a measure of the light-gathering power and resolution of a reflecting telescope.
Astronomers used an array of telescopes to find the most massive radio jet in the early universe. The celestial object is hundreds of thousands of light-years long. Largest celestial object of its ...
Many modern telescopes and observatories are located in space to observe astronomical objects in wavelengths of the electromagnetic spectrum that cannot penetrate the Earth's atmosphere (such as ultraviolet radiation, X-rays, and gamma rays) and are thus impossible to observe using ground-based telescopes. [1]