Search Results for: Frozen rays
"before this transition, the temperature is too high; after it, the density is too low," bashkanov said.â during this transition period, the quarks could have frozen into either ordinary particles, such as protons and neutrons, or into the hexaquark becs that today might make up dark matter, bashkanov
said. if these hexaquarks becs are out there, the researchers wrote, we might be able to detect them. even though the becs are quite long-lived, they will occasionally decay around earth . and that decay would show up as a particular signature in detectors designed to spot cosmic rays, and appear as...
https://www.livescience.com/hexaquarks-could-explain-dark-matter.html