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Recently coming to light from an experiment involving the smashing of atoms in a large collider, the a new discovery has been made about anti-matter. When smashing a particle and anti-particle together, pure energy is released, and then converts into particles called mesons. These mesons come in two matter forms, neutral B-mesons and positive B-mesons, as well as their counterparts, Anti B-mesons and negative B-mesons, respectively. The most recent discovery, however, is in how each of these particles decay. It was discovered that neutral B-mesons decayed faster than anti B-mesons in 2004, and hence assumed that positive B-mesons would follow suit. Proven incorrect, it has now become apparent that positive B-mesons decay slower than their antimatter counterpart. This scientists that performed this experiment, led by Paoti Chang at the KEK-B accelerator in Japan, believe that this new discovery could completely change how particle asymmetry is viewed in the scientific world.