Scientists have discovered Fast Radio Bursts from a constellation 30,000 light-years from Earth. Researchers think these Rapid Radio Bursts came from a magnetar.
According to a published study, scientists have discovered a Fast Radio Burst (FRB) from the Milky Way Galaxy for the first time. The researchers observed that the SGR 1935 + 2154 magnetar [TUBA Term: pulsar-radiating neutron star], first discovered in 2014, is reactivated, emitting radio waves and X-rays at random intervals.
"We've never seen an explosion of radio waves from a magnetar like a Fast Radio Burst before," said Sandro Mereghetti, senior author of the study. According to the news in Live Science, this FRB probably comes from a neutron star in the constellation Tilkicik, 30 thousand light-years from Earth.
Fast Radio Bursts from 30,000 light-years away
Mereghetti and other researchers discovered this FRB using the European Space Agency's (ESA) Integra satellite on April 28. Mereghetti said that the Burst Alert System warned around the world for seconds so that scientists could act quickly and gather more information from this source.
Astronomers in Canada and the USA also detected this explosion. Mereghetti stated that it was the first observational link between magnetars and Fast Radio Waves and that this was a great discovery and would help bring these mysterious phenomena to focus.
The answers to questions such as how often Rapid Radio Bursts occur and why some repeat while others do not are yet to be answered. While some researchers claim that these came from extraterrestrial civilizations, the Extraterrestrial Intelligent Life Research (EILR) says this explanation is illogical.
Fast Radio Bursts, first discovered in 2007, are relatively new to astronomers, and their origins are quite mysterious. Some of these explosions can release as much energy as 500 million Suns in a few milliseconds.