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Astronomers operating the James Webb Space Telescope have been sharing dramatic close-up images of Jupiter. You can even see its rings. Jaw-dropping images of Jupiter from the James Webb Space ...
Webb's new images of Jupiter showcase its auroras, rings, and extremely faint galaxies, which Hubble can't see. Side-by-side Jupiter images show James Webb's infrared prowess.
Jupiter on Saturday will shine at its brightest for the year, as Earth’s orbit swings our planet between Jupiter and the sun. Weather permitting, the gas giant will not only be brighter than ...
The narrow and relatively thin main ring is the brightest part of Jupiter's ring system. Its outer edge is located at a radius of about 129,000 km (1.806 R J;R J = equatorial radius of Jupiter or 71,398 km) and coincides with the orbit of Jupiter's smallest inner satellite, Adrastea.
NASA Astronomy Picture of the Day: Shadows Across Jupiter (15 February 2013) NASA Astronomy Picture of the Day: Jupiter Triple-Moon Conjunction (6 February 2015) - includes shadows only from Europa and distant Callisto; Brufau, Rainer. (2021). Triple shadow phenomena on Jupiter, Saturn and Uranus from 1000 CE to 3000 CE (Version 0) [Data set ...
The episode describes the latest findings of the Juno mission to Jupiter, including how hidden energy deep inside the planet drives its never-ending superstorms, how an ocean of metallic hydrogen in Jupiter’s interior creates a third magnetic pole at Jupiter’s equator, how a collision with another planet billions of years ago could explain ...
The most detailed map of Jupiter in existence, according to Nasa. This picture well illustrates the rings of Jupiter, as well as the south pole (which I didn't know existed). It says on the Nasa page that it is the most detailed map of Jupiter ever made. It was constructed with images taken by Cassini, and appears in the article Jupiter. The ...
Jupiter may be best known as the planetary titan of our solar system with a comparatively small red mark — that still dwarfs the entirety of Earth — and rows of striations going from pole to pole.