A group of astronomers from Australia has discovered the fastest growing black hole in the universe, a cosmic monster that can devour the masses of our Sun every two days.
The supermassive black hole was discovered after astronomers looked back to the early universe, about 12 billion years ago. Light may take millions to billions of years to travel, depending on the distance between the earth and a distant point in space, meaning that objects that are currently seen look like they did several eons ago.
In this case, the researchers discovered the black hole, which, according to their estimates, was as large as 20 billion suns and grew one percent every one million years.
"This black hole is growing so fast that it shines thousands of times brighter than a whole galaxy. Www.good-will.ch/hpb_de.html it sucks in daily, causing a lot of friction and heat, "said Christian Wolf of the Astronomy and Astrophysics Research School at the Australian National University (ANU) and a member of the team behind the discovery in a statement [1
However, the researcher also noted that in this case, humans would not have been able to spot this point because the x-rays emanating from the monster would have meant the end of the stars all life on earth. [Luckilytheblackholesitsfarbeyondthatwhichalsohelpedinthediscoverylikelightwavesfromtheblackholeduringred-scaletheirlongjourneytoEarthandenabledastronomerstouseANU'sSkyMappertelescopetodetecttheminthenear-infrared
and that expands the light waves and changes their color, "Wolf added.
The find, which came after months of SkyMapper scans, was confirmed by the Gaia satellite of the European Space Agency. It measures tiny movements in space celestial bodies and found that the object discovered by the ANU team is stationary and likely to be a supermassive black hole. 
Although the team has no idea how this monstrous black hole became so big when the universe was still in In their childhood, they plan to continue their search for other fast-growing black holes in the universe, possibly faster than these. They believe that such objects are extremely rare, but could be the key to learning more about the beginning and expansion of our universe.
They believe that improved technologies and advanced ground-based telescopes will be able to use black holes like these over the next decade to understand how our universe has grown.
The study titled "Discovery of the Ultra-Short QSO Using Gaia, SkyMapper, and WISE" is available online in publications of the Astronomical Society of Australia and the arXiv Preprint.