What is the celestial structure of rhododendron?

What is the celestial structure of rhododendron? Then, the next 88 constellations will answer for you. Small magellanic cloud, the companion galaxy of the Milky Way, is located in the south of Rhododendron. There are also globular star cluster Rhododendron 47(NGC 104) and Rhododendron Dwarf System discovered in 1990. Small magellanic cloud, the companion galaxy of the celestial structure galaxy, is located in the south of the constellation Rhododendron. There are also globular star cluster Rhododendron 47(NGC 104) and Rhododendron Dwarf System discovered in 1990. Small Magellanic Cloud, small Magellanic Cloud is located in Rhododendron, about 265,438+0,000 light years away from us. It is the fourth closest galaxy in the known satellite galaxies of the Milky Way, second only to Canis Canis and Pegasus dwarf galaxies and large magellanic cloud. FerdinandMagellan, a Portuguese navigator, and his crew had plenty of time to study the stars in the southern sky during their first round-the-world voyage. Therefore, these two celestial wonders are named Magellanic Cloud, which can be easily seen by observers in the southern hemisphere sky. We now know that these space clouds are irregular galaxies. They are the satellite galaxies of the larger spiral galaxy, the Milky Way. The actual span of small magellanic cloud is about 15000 light years, and it contains hundreds of millions of stars. This gorgeous scene also includes two foreground globular clusters NGC362 (upper left) and 47Tucanae. The spectacular 47Tucanae is only 13000 light years away. Recently, astronomers at the University of California, Berkeley, used the infrared camera on NASA's Spitzer Space Telescope to observe the abundance in the wreckage of a supermassive star in the small magellanic cloud, and once again found the same problem as the stellar explosion in the Milky Way: the dust abundance was too small, only 1% predicted by theory. This huge difference poses a severe challenge to scientists trying to explain the theory of star formation in the early universe, because the dust produced by the explosion of early stars is considered as the seed of the formation of the next generation of stars. SnezanaStanimirovic, an astrophysics research assistant at the University of California, Berkeley, said: Most of the previous work only focused on the Milky Way because there were no telescopes with high resolution enough to observe other galaxies. But now the resolution of Spitzer Space Telescope is enough to observe nearby small Magellanic clouds. Because the supernova in small magellanic cloud has undergone a similar evolution to the early galaxies, the study of it can test the theory of dust formation in the early universe.