The international team of astronomers is the first and only second generation of powerful explosive explosions of cosmic radio waves reaching our planet in a few seconds.
This is known as the date of the explosion Fast Radio Explosion (FRB) Or Fast Radio Explosion They are a mysterious mystery. Some have suggested that they come from advanced cultures who want to communicate.
The CSIRO team of the Commonwealth Scientific and Industrial Research Organization says that these events are about 80 times out of the electric second, leaving almost the same energy in milliseconds.
When this ultimate explosion was identified, registered as FBR 180924, Australian Radio Telescope ASKAP announced that it has come from a radio explosion that originated from the universe. 3,600 million light-years awayA report from astronomers reports on 28 June.
The FRB is located away from the distant Galaxy DES 214425.25-405400.81, which is the size of the galaxy.
BREAKING: Fast radio explosion is an Astrophysical Mystery: What is the reason for it and where does it come from? New research released @ Science Magazine Brings us closer to solving the mystery. @CSIROnews @Sidney_Uney # Astronomy pic.twitter.com/XDgtI35glH
– Australian Academy of Sciences (@ Science_Ekademy) 27 Jugo 2019
What was happening to create this brief but bigger shock? It's still unknown, but it's identical for years but different from repeat signals.
Team astronomers say, "There are many principles to explain the explosions that float." "Can they be two crowded stars that are fading, or do the stars explode? Or maybe a black hole and a neutron star can hit? Thanks to ASKAP, we are starting to collect clues."
The Galaxy, where the explosion took place, was photographed by the world's largest optical telescope, Kei of Hawaii, and the Mammi Southern Telescope and the large Southern telescope of the European Southern Observatory in Chile.
The powerful but mysterious explosion of radio waves is rolling us around. Researchers who use radio telescope arrays in Australia have finally completed one and done it #FRB It came from the first, back to the Galaxy. @ Astronomy Mag @CSIROnews https://t.co/9xDQVS6VQJ pic.twitter.com/02eYjaEjpZ
– SETI Institute (@SSTI Institute) 28 Gugo's 2019
The team created a high resolution map and published the results in journal science.
Dr F. R.B. Jean-Pierre McCawart believes that "the explosions are replaced by what they are in space (in their path)."
So if the reason is still unknown, then the scientific enthusiast. Only "now we can determine where they come from", but "we can use it to measure the quantity of criteria in the interglacial space". McCawart works in the team at the University of Karbonn's Radio Astronomy (International Center for Research in Radio Astronomy (ICRAR).
"These objects (the universe) states that astronomers have struggled to search for decades," CSIRO said.
Get your head around this!
In the first world, the Australian-lead team of astronomers has fixed * a specific location * of a 4 billion-year-old explosion of cosmic radio waves. Unity
As our astronomer, Dr. Keith Bannister says that he is a holy grail! Http://t.co/Lu0J9hdD2x
↑ Casey pic.twitter.com/rcaWvXeWZ0
– CSIRO (@CSIROnews) 28 Gugo's 2019
Dr. Keith Bannister of the CIIRO of CSIRO, a lead researcher of research, said that "since 2007, astronomers should have waited for this area with a rapid explosion of radio."
Since that year, teams from different parts of the world have registered 85 explosions in a great search, which were reported internationally. Most people are "unique", but "repetitive" from the same place in one small place.
In the first world, astronomers using our ASKAP telescope have set the fastest radio space in the universe, which is a step forward to solving astronomical mystery. The https: //t.co/Ikymp0ccAG pic.twitter.com/x2WmuYYMuo
– CSIRO (@CSIROnews) 28 Gugo's 2019
In 2017 astronomers discovered the galaxy that one of the rare repetitive signals has arrived, leading to many speculation about the potentially intelligent origin.
These outbursts or fast radio bursts (FRBs) are less than millisecond, which makes it difficult to determine their origin especially in the case of unique events, CSIRO said.
Dr. The Bastist team developed new technology to freeze and store ASKAP radio telescope data in less than a second after the explosion.
This technique was used to determine the location of FRB 180924 and its original galaxy.
"If we were standing on the moon and were seeing this with accuracy on the earth, we could say that the explosion did not originate from the city, but the zip code and even apples," Dr. Benister said.
CSIRA ASCAP is a set of telescop multi-disassembly antenna and the explosion had to travel a different distance for each dish, all of them reached a little different time.
"In these small differences – only one part of one billion parts of a second – we also recognize its starting point of 13,000 light-years from the center of the galaxy in the cyclone's Natal Galaxy and Galactic suburbs." Member of the team of Swinburn University of Technology Adam Deller
To know more about the origins of the Milky Way, Chile and Hawaii's telescope measured the distance.
CSIRO said in a similar report that the only explosion located at the same time, which recorded a "repeated" signal, has changed from a very small galaxy that makes many stars.
"We are looking for an explosion and its host is nothing like a nostalgic signal of the Galaxy and its host," Dr. Delray said.
"It comes from a huge galaxy that makes relatively few stars. It suggests that a rapid radio explosion can occur in different environments, or apparently unique explosions detected by ASKAP are generated by a non-repeat method."
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