Astronomer Have Spotted A Mysterious Object, Which Is 570 Billion Times Period Brighter than the Sun -

Astronomer Have Spotted A Mysterious Object, Which Is 570 Billion Times Period Brighter than the Sun

A team of astronomers may have spotted the majority powerful supernova for the 1st  time. That massive body of very hot gases is considered to be extra luminescent than hundreds of billions of suns put together. Astronomers are not certain about what exactly is this? But they put forward a figure of theories. They believe that it is a rare kind of supernova called magnetar.
This giant supernova is so a great deal powerful that it has crossed the energy limits of Physics. Krzysztof Stanek, professor of astronomy at Ohio State University and the team's co-principal researcher said “If it really is a magnetar, it's as if nature took all we know about magnetars and curved it up to 11”. It has crossed the scale of 1 to 10.
A small system of telescopes used to watch luminous substance in the universe known as “All Sky Automated Survey of Supernovae (ASAS-SN or “assassin”)” dotted this strange object. In fact, this thing is very bright but it can’t be seen with naked eye because it is situated about 3.8 billion light years gone from us. According to an estimation, it is 200 times more powerful than an standard supernova, 570 billion times additional luminous than our Sun or 20 times brighter than all the stars of Milky Way galaxy jointly. Thompson said that if it is really a magnetar, we will not find anything brighter than this.
The Hubble Space Telescope will soon shape out the conundrum regarding this object by charitable access to astronomers to explore the space about this object. They may find out that this object is present at the center of a vast galaxy. If it lies at the center of a galaxy than it might be an enormous black hole.
Whether it is a giant supernova, a super huge black hole or whatever, it will absolutely give us the access to explore additional about the cosmos. And as a result, it will give rise to new theories concerning how objects form in the universe.

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