Look bigger. | This will not be a clear image of the Guru you have ever seen. Images of the spacecraft are clear. But it is the clearest image taken from Earth that we can remember. Isn’t that beautiful? It is from the Hubble Space Telescope. The small moon on the left is Europa. Read below to know about the many famous storms of Jupiter, as shown in this picture. NASA, ESA, STScI, a. Simon (Goddard Space Flight Center), M.H. Image by Wong (University of California, Berkeley), and the OPL team.
The Hubble Space Telescope captured this image of Jupiter on August 25, 2020, at a distance of 406 million miles (650 million km) from Earth. That was not the case when Jupiter was near us this year. It was nearby on July 15, two days between Earth Jupiter and the Sun, as we do once a year. Yet, in August Gust, Jupiter and Earth were relatively close, according to the clarity of this part, which shows Jupiter’s icy moon Europa (closest to the 79th known moon of the planet) as well as some famous storms in Jupiter’s Ga ense atmosphere.
This image has a lot of cool things to register.
First, note the Europa on the left side of the planet. It is the smallest of Jupiter’s four Galilean moons, and is believed to have an ocean beneath its icy surface, possibly with the elements for life.
Now, look at the planet itself. You probably know that the band we see is not on the surface of the planet; Instead, when we look at Jupiter, we see only the upper layers of its clouds. The image shows the Great Red Spot, a hurricane larger in diameter than our entire Earth, which rotates counterclockwise in the atmosphere above Jupiter’s southern hemisphere. NASA said the red spot in the clouds ahead of it:
… White and unbleached fabric ribbons forming a cascade. The Great Red Spot is currently an exceptionally rich red color, with the main and outer bands appearing deep red.
Researchers say the Great Red Spot now measures about 9,800 miles (14,500 km), large enough to swallow Earth. The super-storm is still shrinking, as noted in telescopic observations in the 1930s, but the reason for its declining size is a complete mystery.
Now look at another oval spot below the રેડ Great Red Spot? It is also a storm in Jupiter’s atmosphere, called Red Spot Jr. by scientists. This storm on Jupiter has a long history. NASA said:
Red Spot Jr. is the first storm astronomers saw evolving on a gas giant planet. The vast space formed between 1998 and 2000, when three small, white, oval-shaped storms merged together. Two white spots have been observed since about 1915, but may have been present earlier. The third white spot appeared in 1939. In December 2005, a newly formed white spot turned red like a very old Great Red spot.
And NASA also said:
For the past few years, Red Spot Junior has been fading to its original white color since appearing red in 2006. However, now the center of this storm is getting a little darker. This could signal that Red Spot Jr. is on its way to turning into a cousin-like color once again.
Now take a closer look at Jupiter’s cloud bands. Note the bright, white, stretched-storm at mid-northern latitudes (the left side of the Great Red Spot and the Red Spot Junior upwards). You can see it more clearly in the image below.
Look bigger. | The Hubble Space Telescope captured this image of Jupiter in ultraviolet, visible and near-infrared light on August 25, 2020. In this photo, parts of Jupiter’s atmosphere that are at alt altitudes, especially above the poles, appear red from atmospheric particles absorbing ultraviolet light. In contrast, blue-hood areas reflect ultraviolet light from the planet. NASA, ESA, STSCI, a. Simon (Goddard Space Flight Center), MH Wong (University of California, Berkeley), and the OPL team, https://www.nasa.gov/feature/goddard/2020/h Image Captures-Jupiter-Storm-by-Bill New-portrait
NASA says this is a bright white storm:
આસપાસ Travels around the planet at a speed of 350 miles (560 km) per hour. The single plum exploded on August 18, 2020 – and ground-based observers later found two more people displayed at the same latitude.
It is common for hurricanes to pop up in the area every six or more years, often with multiple hurricanes simultaneously, the timing of Hubble observations being appropriate to show the formation following the disruption, during the early stages of its evolution. . The back of the plum has small, rounded features with intricate ‘red, white and blue’ colors of Hubble’s ultraviolet, visible and near-infrared light image. Such distinctive features are usually dispersed on Jupiter, changing only the colors of the clouds and the speed of the wind, but similar storms on Saturn led to long-term vortices. The differences between the storms of Jupiter and Saturn may be related to the abundant water abundance in their atmosphere, as these vapors can be driven by large amounts of stored-energy radiation that can be released by hurricane explosions.
Bottom line: A new image of Jupiter from the Hubble Space Telescope – captured in August 2020 – shows the planet’s icy moon Europa as well as many famous storms in Jupiter’s atmosphere.
By NASA
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