X-rays are a very common method about which almost every person knows well. However, it is sometimes wondered what the X-ray of Milky Way will look like? Or is it possible too? Well, yes, it is. Recently, NASA’s lunar X-ray observatory has recently created an image of a scan, which detected a fragmented bone. As specified in Space.com, the bone-like structure, seen in the X-ray image, was taken from the Radio data obtained by the Mercat Radio array in South Africa and a large array of the National Science Foundation in New Mexico.
About the cause of fracture
According to the data obtained from the X-ray of the lunar, the fracture, also known as the Gellactic Center filament, was caused by an impact from a pulsar. A pulsar is a spinning neutron star that emit frequent radiation at regular intervals. Space.com revealed, scientists have extreme doubt about the motion of Pulsar, during slamming, between one to two million miles per hour.
What is a galactic center filament
Milky Way, undoubtedly, does not consist of bone. However, looks like a real bone, a Ganges center is a filament, a amalgamation of the structures prepared by radio waves, associated with magnetic fields, which is in the center of Milky Way.
What did scientists find?
As space.com has been made aware of, it is one of the most bright and longest in the last -run -up filaments that have been detected so far. The distance of these filaments is 26,000 light-year and 230 light-year long. The bone is designated as G359.13142–0.20005.
Scientist
Described for Space.com, scientists suggest that a collision with neutron stars would have demolished the magnetic field of the filament, resulting in fracture. Scientists hope that the fracture will fix themselves.
