Posted by: TeeJay Small | issued
According to recent reports, CNN, mysterious cosmic rays appear in Utah, and their origins can be traced to outside our known galaxy. The ultra-high-energy particles observed by astronomers are completely invisible to the human eye, but they are packed with transferable energy. Scientists have not yet triangulated the origin of this ray, but researchers seem convinced that it contains properties from beyond the universe.
Low-energy cosmic rays are commonly found throughout the Earth and are often emitted by the Sun at the center of our solar system. Although some high-energy rays are occasionally observed on Earth, none appear to share properties with the one recently discovered in Utah. Although light rays are measured as charged particles that travel through space and often have no significant effect on the human body, the high-energy particles contained in Utah rays can mimic the sensation of a brick falling from waist height onto your toes. has sufficient strength. , according to the researchers.
The newly discovered cosmic rays, which scientists named Amaterasu particles after the Japanese sun goddess, were discovered near a telescope array in Utah’s Western Desert. The Telescope Array is a cosmic ray observatory that has been in operation for nearly 20 years and has since been responsible for the discovery and study of more than 30 very high-energy rays. Observatory researchers utilize complex detectors lining more than 270 square miles of land in the Western Desert to detect particle density through the triggering of exaelectron volts.
The Amaterasu cosmic ray, discovered on May 27, 2021, triggered nearly 20 surface detectors, resulting in a measurement of 244 exaelectron volts. For comparison, the most energetic light beam ever observed in the history of science is the so-called “Oh my God” particle, discovered in 1991, with a coercive force of 320 exaelectron volts. Although these electron signatures have not yet been traced to their exact origins, many scientists believe they are associated with deep space energetic phenomena such as gamma-ray bursts, black holes, and galactic nuclei. .
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The closest scientists can get to tracking these cosmic rays is in the large empty space at the Milky Way’s outer boundary, which astronomers call the local void. Although there appear to be no celestial bodies or energy sources in the area, this is the best guess researchers currently have about the origin of Amaterasu and the Oh My God Particle. Utah scientists have vowed to continue studying both the void and the incoming particles in order to establish some pattern in the falling energetic droplets.
In a recent statement to the press, a spokesperson for the Telescope Array Collaboration explained that these high-energy cosmic events appear random in their trajectory. Cosmic rays don’t seem to be part of an established pattern, leaving researchers puzzled. Without a clear understanding of where these particles come from or how they get here, scientists are struggling to predict and understand the behavior of high-energy rays emanating from distant spaces. I’ve been struggling with this.