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James Webba's telescope managed to remove the double WR 140 system, consisting o...

Rare phenomenon. James Webba's telescope depicted a double star in Swan constellation

James Webba's telescope managed to remove the double WR 140 system, consisting of a Wolf-Rudier star and a hot blue-white O-type star. Surrounded by concentric rings, the object is 5600 years away from us. It seems like a star, but in fact in the photo, a double system consisting of rare stars. Video of Wolf Stars - Rye - a type of stars characterized by very high temperatures and luminosity, as well as the presence of bright emission lines of different elements in the spectrum.

They are massive and usually in the later stages of their evolution, contain little hydrogen, but rich in helium. O-type stars-hot blue-white spectral class o stars in the Yerx classification system used by astronomers. Their temperature exceeds 30,000 Kelvin. Both of the celestial bodies are very rare, but they are clearly visible due to brightness. Detection of WR 140 allows scientists to learn more about this phenomenon.

Yes, the stars from the constellation of the swan have a wonderful orbit of movement - not round, but elliptical. Scientists have created an animation that shows the trajectory of body movement. The closer the stars to the point of intersection of orbits (periastra), the more affected by their star winds. The latter differ in huge power, their speed reaches 3000 km/s. They literally blow the planet's dust shell into space, forming something like a bubble.