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Home https://server7.kproxy.com/servlet/redirect.srv/sruj/smyrwpoii/p2/ Science https://server7.kproxy.com/servlet/redirect.srv/sruj/smyrwpoii/p2/ The Hubble shows just how stormy Uranus will come in the summer

The Hubble shows just how stormy Uranus will come in the summer



NASA has released new photos this week, showing how the 42-year-old summer of Uranus is delivering a lot of blows, while Neptune is also struggling with thousands of storms of storms.

 ] Stormy Uranus
Source: NASA, ESA, A. Simon (NASA Goddard Space Center) and MH Wong and A. Hsu (University of California, Berkeley )

Thanks to the extreme slope of Uranus – the planet revolves almost entirely on its own ̵

1; the sun shines almost over the head of the Uranus North Pole in the summer and does not settle for decades. As a result, scientists believe that the resulting atmospheric changes have created cloudy pole formation.

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A massive but narrow cloud of methane gas that can become bright enough to be photographed by amateur astronomers. The group traverses the planet just north of the equator, and it remains a mystery to scientists just how these forms are formed on Uranus and Neptune, as both planets have dominant winds of wind to the west, which are usually very wide.

Neptune also shows storm Weather in photos

  Burren Neptune NASA, ESA, A. Simon (NASA Goddard Space Flight Center) and MH Wong and A. Hsu (University of California, Berkeley) </span></figcaption></figure>
<p id= Neptune also shows signs of turbulent weather. Currently, in its southern hemisphere, its northern hemisphere can see a dark, turbulent location that, according to NASA, is about 6,800 miles wide – about 2.5 times the breadth of the continental US. The storm is accompanied by white "cloud clouds" that are formed when the atmospheric gas in front of the storm is forced up and over the wind. shape as the air pushes over the mountains here on Earth.

Other similar storms have been seen before on Neptune. Voyager 2 shot 2 earlier dark storms of Neptune when it came out in 1989, and Hubble has captured three earlier storms since 1993. an atmosphere that appears and disappears very quickly in astronomical terms. A study conducted by Andrew Hsu, a student at the University of California at Berkeley, estimated that dark spots such as these are formed on Neptune approximately every 4-6 years and disappear after about 2 years.

The great red spot, the massive storm about twice the diameter of the Earth, which swirls through the Jupiter atmospheric band 22 degrees south of its equator, has been observed since the late 1800's. It may even have been noticed in the 1600s, which will make it centuries old.

Monitoring the Ice Giants

According to a statement by NASA, published with the new images, the planets "do not have a solid surface, but rather a mantle. of hydrogen and helium around a water-rich interior that may be wrapped around a rocky core. Atmospheric methane absorbs red light, but allows the blue-green light to be scattered back into space, giving each planet a cyanic hue. "

To determine what is the time of these farthest planets, NASA has to take many images over an extended period of time to monitor the changes in the atmosphere of the planets over time. As such, Hubble makes regular photos of the planets as part of a long-term monitoring mission.


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