We know that most of the matter in the universe, the stars, the Sahabi, planets, interstellar dust,

We know that most of the matter in the universe, the stars, the Sahabi, planets, interstellar dust, etc. are made of protons and neutrons. For a long time it was believed that these particles xvid (protons, neutrons and electrons) are elementary particles in the universe manufacturer and can not be divided into smaller parts Hara believes there are still electrons. The conversion of protons and neutrons together in atomic reactions and more advanced experiments in particle accelerators, revealed that it is the smaller particles called quarks have been constructive. There are also different types of quarks. Has identified six types of quarks, which is named with interesting names: top down bottom up Strange Charm Charm wonderful head butts Up Down Select this by no means certain. Because not up and down quarks, and not the bottom! Protons and neutrons are each made up of three quarks. Two up quarks and one down quark and two up quarks and one neutron and bring down quarks make up a proton. Special glue to hold the quarks together is necessary. This task is undertaken by other particles called gluons. Normally, quarks can not be isolated xvid and found to be free. More matter in the universe is made of cheese. This group of three quarks bound by gluons in a package of sex. But at the center of a neutron star the size of the neutron density may be compressed so that the structure of matter at the break and sea of free quarks and gluons, and electrons become But if the density is so high that the structure of protons and neutrons break. Maybe create a new material that previously xvid known structure of the particle or particles of matter can not be determined Ndard.dygr Brd.chra the name of the unified sea of quarks, electrons and gluons are converted. Density The density of the nucleus, which contains xvid protons and neutrons of atoms is Mjzast.bsyar and its properties with the properties of ordinary matter would be very different. Scientists matter or quark matter "wonder material" called. Wonderful material may Bashd.ta far the most stable form of iron known as the nucleus, the nuclear reaction end point is in the center of the star is massive and heavy. If so, then made a wonderful material to keep it the same way gravity does not compress. Some theorists Mtqdndayn a very dense form of matter that can be dealt with in a wonderful break and become a matter xvid of not worry slow.But xvid However, if the matter by surprise on the ground or the sun never shed, quickly goes to the center and stays in place without harm to the surrounding environment into Knd.fyzykdanan also hope to use the particle accelerator at Brookhaven Lab's Relativistic very short period of free quarks and gluons are (Of course, this situation is very unstable) the sky above our heads and wide bodies who are topless in the space provided a natural laboratory for astronomers to have sometimes Btvann a physicist at the much quicker than the behind Laboratoreis of land with a result them.
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