There is amazing Weird and wonderful Happening at Jupiter's North Pole

Let’s presume for a sec that you are soaring through Jupiter’s turbid skies and you have a pair of x-ray goggles with you, if you see during those goggles, you will witness something far more incredible than something you have ever seen. Bright flashes of light, extra shimmering and powerful than the Sun, happening every 26 minutes and expansion as far as the eye can see. That’s the heart of a massive solar storm newly experiential for the first time close to Jupiter’s North Pole.

 When astronomers saw this they thought there was a few mistake in the data but there wasn’t any. Researchers are unmoving not sure precisely what’s triggering this massive storm. The main mystery with the Jupiter’s liberty weather is a bright x-ray aurora, sited near the planet’s North Pole. It presently never disappears, but since 2006, researchers have experiential it brighten and weaken every 45 minutes, presently like a light bulb on a dimmer control.

Now, latest observations by Will Dunn, a PhD student studying astrophysics at the University College London, with the help of Chandra X-ray observatory and a few other telescopes, one more twist has been observed to this stunning enigma.

In a latest research paper published in Journal of Geophysical Research, Dunn and his co-authors explain what took place when a coronal mass ejection—a massive blur of magnetized plasma that break out from the surface of the Sun—hit the Jupiter’s magnetosphere in- 2011.

When this sort of occasion occurs on Earth, we get the northern lights. On Jupiter, the forever-aurora gets larger &  brighter.

 So, why Jupiter’s northern lights drop to a specific tempo, & why that flickering accelerated throughout the 2011 solar storm? These are question that planetary researchers would love to solve & answer.

Dunn said “We think that when a coronal mass ejection crashes into Jupiter’s magnetosphere, it compress it by about 2 million kilometers”

Jupiter’s aurora also help in sympathetic how magnetic fields defend planets from influential stellar outbreaks. And that in order may ultimately help in the hunt for life beyond our solar- system.