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Signals of rapid radio interference are identified as coming from the galaxy at 3.6 billion light years away



Fast-flashing (FRB) flashes, uncertain (in terms of origin), broadband (having a wide range of radio frequencies), flashes consist of parts of the universe beyond the Milky Way. Since they were discovered, the researchers failed to follow the FRB source. But that is no longer the case. Astronomers have been able to locate one of these fast radio transmissions – a galaxy of 3.6 billion light-years.

Spraying, whose energy was comparable to that which the sun would produce in 80 years, did not last more than 1.3 milliseconds. Although scientists could not establish the galaxy they came from, they were able to accurately determine the exact location – 13,000 light years from the heart and the galaxy.

The impressive fact about FRB is that when on its way to Earth cosmic waves gather abundant information about the media they are passing through. This medium, also known as intergalactic medium, is a hot-to-hot plasma that exists between the galaxies. Since no one can see or evaluate this gas, quick radio waves help researchers measure it.

Signals of rapid radio interference are identified as coming from the galaxy at 3.6 billion light years away

It is believed that in the Earth's atmosphere there are more than 2,000 radio transmitters per day, but only 85 are recorded. Among those 85, two of them continued to transmit each time repeating the rafter. Because of these repeated phenomena, astronomers managed to find one of them, even though it was a challenging challenge because the cracks lasted only a few seconds.

The researchers used the Australian Square Kilometer Array Pathfinder (ASKAP) telescope, which consisted of a multitude of satellite antennas set over a 6-km-long section, when they captured intense power. They even gave him the name – FRB 180924. Together with their peers from around the world, they also achieved the recording of the galaxy from which it came from and the calculation of the distance. Obviously, that galaxy is quite similar to the Milky Way and quite earthy. There is nothing special about it.

The success of seeing and setting this fast radio radar was a stepping stone in unlocking the riddle of what it generates. From now on astronomers are increasingly convinced that it will be easier to study rapid radio-raid.


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