Scientists first noticed the cosmic kelon’s glow

Plus an exceptionally strong glow (a thousand times stronger than ordinary star fusion) Kelowna accompanies the production of a large amount of heavy metals, such as gold or platinum, or radioactive materials such as uranium. It’s been 3.5 years since both gravitational waves and electromagnetic radiation from the merger of two neutron stars were recorded, and further research into this phenomenon has yielded more information about the nature of the kilonite.

All thanks to the research and observations made by a team led by Abrajita Hajela of Northwestern University. Thanks to use Chandra Space Telescope succeeded Detection of X-rays emitted by the so-called aircraft, that is, extremely powerful streams of plasma ejected by the nuclei of galaxies or stars. These elements can move at a speed close to the speed of light.

However, this affects their service life, and therefore the possibility of emitting electromagnetic waves, but in this case it was completely different. Although the accident happened in 2017, The X-ray power decreased very slowlyand from March 2020 until the end of that year, the particulate emission amplitude remained constant.