The backpack is fried. The current winter is all the way the real road explained by Lorem IPSUM Dolor Sit Amet, Consectur Adipiscing Elit, Sed Do Eiusmod Tempor Incididus et Labore et Dolore Magna Aliqua. Semper quis lectus nulla at. Tw two before the winter, his compiler, the commas warned his fishermen threw his fish? USE A Formal and Detailed Style Inst, a Marketing Style. Make Sure to Include Meta Title and Description ## Astronomers found a brown Stylalian dwarf some of the star-shaped objects that are not massive for the beginning of internal nuclear synthesis, called brown dwarfs. In other words, they are in the blurry area between stars-stars, such as our sun, and giant planets, such as Jupiter. The international team, headed by scientists from Open University (Great Britain) and the University of Bern (Switzerland), unexpectedly opened the heavyweight of brown dwarfs. It belongs to the most extreme class of such objects, bordering the mass of star star. This object, indicated by OGLE-2 012-BLG-0551L B 62.5 masses of Jupiter, exclusively serves as an example of an object formed in the interstellar environment. Its study with new scientific methods can shed light on an inaccessible to study the stage of the formation of these “incredible stars”. In the future, the telescope of the near infrared region of the European space agency Euclid will study the formation of these objects. Other names of brown dwarfs-the “failed stars” and the “stars” of the super-Jupiter-reflect their nature. Brown dwarfs are of interest to specialists, since by some signs they are similar to stars, and others on the planets. The question of how exactly they are formed remains open. Stars are formed during the merger of gas clouds. The process of the formation of planets, as expected, begins with the protoplasmic disk and the formation of mischief that merge and grow. It is not known whether the brown dwarf can form from the gas cloud or is it necessary to first create a protoplasmic disk in the star formation process. Further studies in this area can be brought by a discovery that will explain the status of brown dwarfs in relation to their border between planets and stars.