British scientists have discovered a new particle

University of Warwick researchers have discovered a never before observed meson new class of subatomic particles, named Ds3 * (2860) ˉ, which will help to change the most fundamental force of nature nuclei for condensation understanding. The findings, published in the latest issue of "Physical Review Letters" and "Physical Review D" on.
Subatomic particles, and its structure is smaller than the atom, including the part of atoms, such as electrons, protons and neutrons, and many other exotic particles. In general, sub-atomic particles may be electrons, neutrons, protons, mesons, quarks, gluons and photons and so on. (Ray Ban Wayfarer II Sunglasses)
According to the "Daily Telegraph", physicist organizational network recently reported that by collecting and analyzing CERN Large Hadron Collider LHCb data, the researchers found that new particles in a similar way to bind protons together. Because of this similarity, the researchers believe that further research to understand the interaction of particles powerful. The most basic forces of nature in the strong role of a nucleus of protons to provide a more in-depth understanding.
Strong interactions are four fundamental interactions of nature in one of the strongest. Department of Physics, University of Warwick, chief scientist Professor Tim Gerson explains: "The strong interaction is tied quark subatomic particles together to form atomic power proton proton binding energy of the strong to give greater quality contribution.."


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