Physicists from the National Accelerator Laboratory Fermi (Fermilab)recently reported finding of excess in an experiment that allegedly as a newelementary particles in physics. Some parties considered elementary particles are missing or known as the god particle.
Fermilab scientists, Christopher Hill, addressing the confusion of thisinvention. `No one knows what this thing, 'says Hill. According to him, findingit to be the most significant in the last half century when excesses occuragain in subsequent experiments.
Some scientists assessing this excess as evidence for the presence of the god particle. Particles commonly known as the Higgs boson physicists have long sought as the last key particle theory because it could explain the presence of the mass on the object.
Other Fermilab scientists, Dan Hooper, a little dubious appearance of godparticles in this experiment. According to him, the excesses are found tobe too heavy so it does not fit with the predictions of physicists. In addition, the god particle should not interact much with other particles.
Hooper assess the explanation for the excess in this experiment did notrequire a new elementary particle. According to him, the excess arises because there are things that physicists do not understand.
Experiments carried out at Fermilab in the form of crashing protons andantiprotons in the energy level reached 1 trillion elektronvolt. After acollision occurs, the particles will split into particles smaller or so-calledelementary particles composed of quarks, leptons, and gauge bosons.This elementary particles that make up atomic nuclei and electrons inatoms.
When physicists consider the results of collisions in the energy range 120-160 billion elektronvolt, there are events which have never previouslypredicted or called excesses. For this reason particle physicists predictthe emergence of god in this experiment.
Explanation for the excess in this experiment is not yet final. Physicists are still awaiting the results of other experiments using the Tevatron machines.
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