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The jam, atoms of electrons and nuclei (protons and neutrons combined) were formed, in addition to protons or neutrons, and of course there are other particles, the particles are divided into smaller units, the units' Cottage "names. In fact, scientists now constituent ttg quarks are the smallest unit in the universe knows. All elementary ttg particles are composed of quarks. However, quarks special features. For example, each elementary particle is composed of three quarks. ttg For example, protons and neutrons are each composed of three quarks. In short, individual quarks can not be found.
But how is it possible to combine two or three quarks together to form various types of elementary particles that are fundamental differences occur? The answer to this question lies in the classification of quarks. Divided into six main categories quark total. The six categories are: up, down, charm, strange, top and bottom. Each of these modes is called a "taste" called quarks. Of course it's not that quarks are upside down! In fact, the name only to distinguish between different types of quarks created. As we have said different ttg combinations of quarks are fundamental particles leads to the formation. For example, combining two down quarks and an up quark, leading to the formation of the proton. ttg Particles that are formed by combining two quark "meson" call. Mesons are difficult to study, because these particles are normally not found in nature and have very short life. Perhaps the only way to identify them is the use of particle accelerators.
Scientists to explore particle accelerator ttg devices they use. The world's largest particle accelerator located in Switzerland. This device is actually a very long tube that can be applied to electric or magnetic force, thereby accelerating the particles. It is even possible to reach speeds approaching the speed of light. In this way it is possible to observe some features that are not available in normal ttg mode, the accelerator can be measured.
The two newly discovered particle - (DS3 * (2860 and - (DS1 * (2860 names. It is about three times the mass of the particle is a proton. - (DS3 * (2860 * Technically spin is equal to 3 This is the first particle with spin in his three quarks, charm as well. In other mesons and quarks are placed in such a way that the total spin of the particle is less than 3%. This causes the careful study of the characteristics of the These particles is difficult. However, since the spin Zrh- (DS3 * (2860 = 3, it will be easier to study its properties.
But the use of these particles may be detected in helping to explain the "strong nuclear force", he said. Strong nuclear force is the force that would hold together ttg the quarks. Despite many scientific advances, scientists are still unable to accurately identify the nature of this force, and therefore, the discovery of new particles can contribute effectively to the development of this sector of particle physics.
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Tags: LHC atom is spin spin spin particle-particle properties of elementary particles elementary particles, the speed of light CERN particle accelerator, CERN's accelerator CERN accelerator neutron nuclear meson particle characteristics of the proton quark discovery of a new particle 6 Comments 6 Pingbacks 0 comments
1393/08/13 ttg at 3: 27 pm
Two or three quarks mean? Ddu formed three particles ttg must be said that the formation of a proton-proton uud fun game. The discovery of the Higgs bosons, ttg do you mean it's not there in the world? As far as I know equilibrium is the proton mass. Even that is about 2 MeV neutrons, protons, heavy vegetable, 3 lean times that his place was a bit Napaydarh
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20 November, 1393
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