Zachary Gutierrez+FollowCERN Just Got Us Closer to the Big Bang MysteryScientists at CERN just found a tiny but crucial difference in how matter and antimatter particles called baryons decay—about 5% more often for matter! This is the first time they've spotted this in the particles that make up most of the universe. It could help explain why we exist at all, instead of being wiped out by antimatter after the big bang. Imagine: a real clue to why there’s something instead of nothing! #Science #CERN #ScienceNews6015Share
martinezlaura+FollowMatter vs. Antimatter: The Plot ThickensCERN scientists just spotted something wild: for the first time ever, they caught matter and antimatter behaving differently in baryons—the particles that make up almost everything we see. This tiny difference could help explain why our universe didn’t just vanish in a puff of energy after the Big Bang. The catch? The effect is super small, so there’s still a big mystery to solve. Physics drama, anyone? #Science #ScienceNews #CERN362Share
megangibson+Followworld's tiniest hadron: toponium discovered?Breaking news from CERN! 🚀 The CMS collaboration at the LHC may have spotted toponium, potentially the smallest hadron ever observed. This elusive particle could unlock new secrets in particle physics. Scientists are buzzing with excitement, and further verification is on the way. Could this be a game-changer for our understanding of the universe? Stay tuned! 🌌 #Toponium #ParticlePhysics #CERN #LHC #ScienceNews #Science80Share
