these scalaron interactions could explain why ultra-high-energy cosmic rays appear to originate from random locations in the sky, rather than from specific distant astrophysical sources.
That there are “hot spots” of cosmic rays in the sky. Large-scale surveys of cosmic rays suggest that there are a few hot spots in the sky that seem to produce more cosmic rays than others, but we don ...
Previous research also indicated that Earth looks down the axis of this system, known as Wolf-Rayet 104, raising concerns ...
"We would like to understand the difference between these systems, which holds the clue to understand just how many cosmic rays are produced in the jets of microquasars." ...
Especially the latter poses a great challenge for long-term space travel, and so people are working on various concepts to protect astronauts’ DNA from being smashed by cosmic rays. This has ...
Want to see cosmic rays? You might need a lot of expensive exotic gear. Nah. [The ActionLab] shows how a cup of coffee or cocoa can show you cosmic rays — or something — with just the right ...
Japanese researchers developed a system based on subatomic particles derived from high-energy cosmic rays to locate a person's position underground, something that existing navigation tools like ...
This was the first super cosmic ray acceleration source to have ever been authenticated. Cosmic rays are charged particles from outer space, mainly composed of protons. The origin of cosmic rays ...