Scientists have discovered cosmic rays with enormous power, but have been unable to determine their nature

Scientists from the International Telescope Array Project have discovered cosmic rays with enormous power, but their nature cannot currently be determined. This was announced by a representative from the University of Utah in the United States. As John Matthews, a staff member at the scientific institution, pointed out, in tracing the trajectories of the new particles that made up the beam, experts could not figure out exactly what their source was. Tracing the trajectory of a new particle back to its source cannot determine which one has a sufficient energy level to create it. That’s the secret – what the heck is going on? John Matthews Representative of the University of Utah Telescope Array The University of Utah added that the beam was the second most powerful ever observed in space. Scientists recorded their strongest performance in 1991 with a “fly’s eye” experiment using a telescope array with an area of ​​700 square kilometers.

The scientific community believes that particles of this force cannot exist in nature. The particles that made up these rays were called Oh My God. Experts believe there is nothing in our galaxy that could produce such a current, and that the energy was greater than theoretically possible for cosmic rays. The scientific community eventually declared that such particles could not exist in nature.

In May 2021, the telescope array team recorded the second strongest beam of similar radiation, which is discussed in a paper published by the University of Utah in November 2023. It was named “Amaterasu” after the Japanese sun goddess. Experts still don’t have an answer as to what it is. These could be defects in the fabric of space-time or collisions in the cosmic strings. I just spout the crazy ideas people come up with because there is no accepted explanation. John Beltz Professor, University of Utah As Professor Bells revealed, these particles appear to come from completely different parts of the sky. There is rarely a single source of information. Scientists believe that such cosmic objects may obey subatomic laws unknown to science.