The fast radio bursts (FRBs) appeared in scientists’ records in 2007. A strange signal captured by the research instruments made everyone in the world of astronomy turn their eyes towards this phenomenon.
The spectrum observed by telescopes from Earth constantly pick up radio signals. Depending on the stellar region with which they interact and the gases with which they are related, they are all emitted by a process known as pulsars.
However, what happens with fast radio bursts completely overthrows previously known theories. Aside from only showing up for a thousandth of a second, no one knows for sure where FRBs come from..
These signals from the depths of the universe have been detected by different international observatories.
There is a theory about them that they are from a parallel universe. Others have detected them from another galaxy, while one signal was picked up from our own solar system. A mystery on which multiple conclusions depart.
The pattern of fast radio bursts
If FRBs were already mysterious in themselves, a couple of years ago they increased the uncertainty of those who try to decipher this cosmic phenomenon. Radio telescope instruments picked them up in a pattern, as if someone was somehow trying to communicate.
For months, the radio telescope captured the FRB for four consecutive days, 16 disappeared and returned for the next four days and another 16 days of absence. This cycle was maintained for a time until it was no longer detected.
The strange thing about this pattern is that it is not followed during all the dates of the year. It only appears at a certain time and fulfills this follow-up that we named earlier.
The Royal Astronomical Society published a paper in which its scientists showed the pattern that FRBs meet.
They ensure that after five years of observations the bursts appear in a range of approximately every 157 days. They stated that the information about previous employers is not confirmed by them. They stressed that they respect the work of other organizations, but affirming that it was not what they noticed.
According to what you review ABC, the interest of investigating FRB lies in knowing the exact composition of distant galaxies to which we do not have access. In fact, a fast radio burst picked up in our Milky Way galaxy reported things about the region we inhabit.
So, knowing how they are produced in other places will provide greater knowledge about the universe that we have not yet reached visually.