Milky way it has been a constant source of high-intensity radio signals for a very long time, for which researchers do not really have explanations, they come from unclear sources, but they are still recorded. For the first time in their research, astronomers would have discovered a "fast radio signal" from the Milky Way that would have come from a very intense "explosion" of radio waves, and the location from which it would have originated is inside the galaxy from which we are part of.
Milky way it is not the only source of radio signals, astronomers are discovering many coming from outside our galaxy, which is perfectly normal, but on April 28, a burst of radio waves was detected by two radio telescopes on Earth. According to astronomers, these radio waves would have been generated by a neutron star in the Milky Way, which has a very high level of magnetic fields, these types of stars being called magnetars by researchers.
The Milky Way: The INCREDIBLE premiere that Stunned Researchers
Milky way it has quite a few such stars within it, and researchers believe that many of the radio signals that are constantly being recorded come from them. If this were the reality, then the idea that the radio signals come from extraterrestrials is a little bit far from reality, and that's because these neutron stars don't really have life on them, so the Milky Way would still remain with many mysteries regarding sources of radio signals.
Milky way discovered for the first time that neutron stars emit some of the radio signals that are detected by astronomers, and this could explain many of the unknowns. Thanks to this discovery, it is possible for astronomers to focus their attention on other types of research to see if there are intelligent beings in the Milky Way that could emit radio signals, perhaps with the aim of being discovered.
Milky way it is huge, so big that it is improbable that we will ever be able to research it properly, especially since we have not yet managed to leave our solar system with spaceships sent into the universe.
