“If a cloud of gas and dust begins to collapse under its own gravity, it is instantly overheat and will evaporate, “said York (York). Something, perhaps the dust cloud should be immediately cooled to prevent overheating. Giant star, which is in the red box belongs to the category stars that are so much red-hot that condensation of dust in their atmospheres is not possible. In addition, a giant surrounded by a ring of dusty gas. Team Witt (Witt) a period of seven years spent approximately 15 hours of observation double star with a 3.5-m telescope of the observatory Apache Point (Apache Point Observatory) in New Mexico (New Mexico). “Our observations show that the most probable is the gravitational or tidal interaction between our giants of the Red Rectangle and a nearby companion star like the Sun, which leads to the fact that the material leaves the shell of a giant ‘- worker said Adolf Witt (Adolph Witt) of University of Toledo.
Some of this material forms a disk that accumulates dust surrounding the star – with a smaller companion. Gradually, during the period, roughly the 500 years, the material in a spiral move to a smaller star. But before this happens, the smaller star will make the release a small portion of the accumulated material in two opposite directions by two gas jets, called ‘Bipolar jets. Learn more at: Mark Ethier. ” Other portions of the material, having escaped from the shell of a giant, will form a disk which surrounds both stars, and where there is a cooling of the material. To read more click here: Consumers Energy CEO. “Heavy elements such as iron, nickel, silicon, calcium and condensed carbon (sealed) to form solid particles, which we see as the interstellar dust, as soon as they leave the system ‘- explained Witt (Witt). Education cosmic dust escaped from the curious eye telescope because this period is probably just something less than 10,000 years – a small period in the life of a star.
Astronomers have seen other sites similar to red box located in the vicinity of Earth in the Milky Way. This gives grounds to assert that the process that the team watched Witt (Witt), is common, based on observations of the full lifetime of the galaxy. ‘The processes are very similar to those processes that we observe in the nebula Red box, there were perhaps hundreds of millions of times since the formation of the Milky Way ‘- said Witt (Witt), who works in the study with his old friends in Chicago. The team declared relatively modest goal that it wants to achieve: to find a red rectangle radiation source in the far ultraviolet region (the spectrum). The red rectangle shows the number of events which require a source of radiation in the far ultraviolet region. ‘The problem is that the very bright central star shining in the red box is not enough hot to ensure UV radiation is required “, – said Witt (Witt), which is why he and his colleagues set out to find the source. The same reason would eliminate the second star and the binary system of numbers for those facilities that could be a source of UV radiation, most likely they may be hot interior of the disk rotating around a second star, which reaches temperatures of about 20.000 degrees. Ongoing monitoring – said Witt (Witt), ‘proved to be even much more effective than we could ever imagine.