Ghost Particles have been found in Milky Way Galaxy Dust. Scientists have observed that high-energy neutrinos are located in this ghost particle. They are also related to black holes.
With this new information, scientists have shown interest in going deeper into the matter. They now want to look for ghost particles that contain high-energy neutrinos from other galaxies.
Scientists believe that these high-energy neutrinos come from the Messier 77 galaxy. Scientists have found ten such neutrinos with similar properties.
Francis Halzen, a physicist at the University of Wisconsin Madison, said that we would observe many neutrinos and try to unravel the mystery of this powerful object.
Another 88 high-energy neutrinos have been detected from Messier’s 77 galaxies. Neutrinos are sub-atomic particles produced by radioactive decay and are found throughout the universe.
The neutrino is a very common particle. The universe has no influence on these Ghost Particles. They always move in a straight line. Cosmic rays are emitted when a powerful jet passes by a black hole. Such high-energy neutrinos can be produced from these cosmic rays.
Scientists believe that these neutrino particles will play an important role in researching black holes. The study of neutrinos will contribute to the study of black holes.
A new model of a black hole shows that its gas, dust and radiation can block gamma rays. Gamma rays are usually accompanied by neutrinos. Neutron particles with special properties move very fast.
The number of these neutrinos is believed to be numerous in the universe. Scientists have undertaken huge projects to study neutrinos and gravity on a large scale.