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UY Scuti: 909 [23] L/T eff: Initially reported 1,708 R ☉, making it the largest star, a 2023 measurement put the radius at a smaller value of 909 R ☉ based on the multimessenger monitoring of supernovae. [23] NR Vulpeculae: 908 [23] – 923 +62 −50 [25] L/T eff: KU Andromedae (IRC +40004) 900 [56] – 1,044 [55] L/T eff: V774 Sagittarii ...
Within 1.3 million years it will come as close to 10 light years from Earth, [10] and will be much brighter than Sirius by that time. UY Scuti is a red supergiant and is also one of the largest stars currently known with a radius over 900 times that of the Sun. [11] RSGC1-F01 is another red supergiant whose radius is over 1,450 times that of ...
UY Scuti is located a few degrees north of the A-type star Gamma Scuti and northeast of the Eagle Nebula. Although the star is very luminous, it is, at its brightest, only 9th magnitude as viewed from Earth, due to its distance and location in the Zone of Avoidance within the Cygnus rift .
In astrology, certain stars are considered significant. Historically, all of the various heavenly bodies considered by astrologers were considered "stars", whether they were stars , planets , other stellar phenomena like novas and supernovas , or other solar system phenomena like comets and meteors .
• Notes = Common name(s) or alternate name(s); comments; notable properties [for example: multiple star status, range of variability if it is a variable star, exoplanets, etc.] See also [ edit ]
As Jaime Wright tells me, we should use astrology to understand ourselves better, not interpret black-or-white decisions. So yes, it’s 100% possible to be friends with incompatible zodiac signs .
Stephenson 2-18 is estimated to be larger than UY Scuti, potentially engulfing Saturn's orbit. 191.246.32.0 01:20, 8 January 2022 (UTC) That star can't be added on the list because it's too unreliable. SpaceImplorer ExplorerImplorer (ta lk) 16:41 29 January 2022 (UTC) That could be said for pretty much every star on the list too.
VY Canis Majoris is a highly evolved star yet less than 10 million years old (Myr old). Some old writings envisaged the star as a very young protostar or a massive pre-main-sequence star with an age of only 1 Myr and typically a circumstellar disk. [15] It has probably evolved from a hot, dense O9 main sequence star of 5–20 R ☉ (solar radii).