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The James Webb Space Telescope caught its second glimpse of the year of Uranus and its bright-shining rings
Uranus May Have Two Undiscovered Moons
Uranus May Have Two Undiscovered Moons
Written by Tara Roberts University of Idaho Communications For NASA Jet Propulsion Laboratory, Pasadena, California October 21, 2016 at 1:04 p.m. EDT
Uranus is seen in this false-color view from NASA’s Hubble Space Telescope from August 2003. The brightness of the planet’s faint rings and dark moons has been enhanced for visibility. Image credit: NASA/Erich Karkoschka (Univ. Arizona)
NASA’s…
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Uranus and its rings. Voyager 2, January 24, 1986. NASA/JPL-CALTECH/MICHAEL BENSON, KINETIKON PICTURES
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URANUS RINGS - Sound from Space
This is a record of electromagnetic vibrations composed by electromagnetic particles from the Solar wind, ionisphere and the planetary magnetosphere.
The sound of the Rings of Uranus reminds us of Tibetan bowls for relaxation et meditation.
This false-color view of the rings of Uranus was made from images taken by Voyager 2 on Jan. 21, 1986, from a distance of 4.17 million kilometers (2.59 million miles). All nine known rings are visible here; the somewhat fainter, pastel lines seen between them are contributed by the computer enhancement. Six 15-second narrow-angle images were used to extract color information from the extremely dark and faint rings. Two images each in the green, clear and violet filters were added together and averaged to find the proper color differences between the rings. The final image was made from these three color averages and represents an enhanced, false-color view. The image shows that the brightest, or epsilon, ring at top is neutral in color, with the fainter eight other rings showing color differences between them. Moving down, toward Uranus, we see the delta, gamma and eta rings in shades of blue and green; the beta and alpha rings in somewhat lighter tones; and then a final set of three, known simply as the 4, 5 and 6 rings, in faint off-white tones. Scientists will use this color information to try to understand the nature and origin of the ring material. The resolution of this image is approximately 40 km (25 mi).
