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Most
Theoretical Physicists That says FEW seconds after the Big Bang Exactly Uso Existed of matter and antimatter, with the Risk of Total Annihilation Between Them. A moment later symmetry was broken in favor of the matter, favoring the existence of galaxies and other stellar bodies. However, some physicists say that somewhere in space here and there, small amounts of antimatter exist. On the other hand, although the CPT theorem-Theorem (charge, parity time), holds that matter and antimatter behave physically as well, some physicists question this postulate. For this reason it is important an experiment performed at CERN/Geneva, where european scientists captured 309 antihydrogen atoms during a confinement time of 1000 seconds in a magnetic field cooled to -272 degrees which will permit analyze the properties of symmetry and other basic rules of the standard model of atomic and subatomic particles.
CAPTURED antimatter
Most theoretical physicists says that few seconds after the Big Bang quantities are exactly alike of matter and antimatter, with the risk of total annihilation between them. A moment later symmetry would be broken in favor of the matter, favoring the existence of galaxies and other stellar bodies. However, some physicists say that somewhere in space here and there, small amounts of antimatter exist. On the other hand, although the CPT theorem-Theorem (charge, parity time), holds that matter and antimatter behave physically as well, some physicists question this postulate. For this reason is important to an experiment at CERN / Geneva, where 309 European scientists captured antihydrogen atoms for a confinement time of 1000 seconds in a magnetic field cooled to -272 degrees, which will analyze the properties of symmetry and other basic rules standard model of atomic and subatomic particles.
CAPTURED antimatter
Most theoretical physicists says that few seconds after the Big Bang quantities are exactly alike of matter and antimatter, with the risk of total annihilation between them. A moment later symmetry would be broken in favor of the matter, favoring the existence of galaxies and other stellar bodies. However, some physicists say that somewhere in space here and there, small amounts of antimatter exist. On the other hand, although the CPT theorem-Theorem (charge, parity time), holds that matter and antimatter behave physically as well, some physicists question this postulate. For this reason is important to an experiment at CERN / Geneva, where 309 European scientists captured antihydrogen atoms for a confinement time of 1000 seconds in a magnetic field cooled to -272 degrees, which will analyze the properties of symmetry and other basic rules standard model of atomic and subatomic particles.
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