R136a1

E505773

R136a1 is an extremely massive and luminous Wolf–Rayet star in the Large Magellanic Cloud, considered one of the most massive stars known.

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Statements (50)

Predicate Object
instanceOf Wolf–Rayet star
luminous blue star
massive star
star
age about 1–2 million years (very young)
belongsTo Local Group NERFINISHED
coordinateSystem equatorial coordinates (J2000)
declination −69° 06′ (approximate)
discoveredBy astronomers studying 30 Doradus region
distanceFromEarth about 160000 light-years
about 49 kiloparsecs
effectiveTemperature over 40000 K (approximate)
emits strong ultraviolet radiation
evolutionaryStage Wolf–Rayet phase
core hydrogen-burning
expectedFate core-collapse supernova or hypernova
possible black hole remnant
formationEnvironment massive star-forming region
galaxy Large Magellanic Cloud NERFINISHED
hasProperty extreme mass loss via stellar winds
hydrogen-rich Wolf–Rayet spectrum
short expected lifetime
strong stellar winds
very high ionizing radiation output
hostGalaxyType irregular dwarf galaxy (LMC)
influences feedback in R136 star cluster
ionization of gas in Tarantula Nebula
knownFor being one of the most massive stars known
extreme luminosity
testing upper mass limit of stars
locatedIn Large Magellanic Cloud NERFINISHED
R136 star cluster NERFINISHED
Tarantula Nebula NERFINISHED
constellation Dorado
luminosity among the most luminous known stars
over 1 million times solar luminosity
mass one of the most massive known stars
over 150 solar masses (estimated)
memberOf R136
metallicity sub-solar (LMC metallicity)
observedWith Hubble Space Telescope NERFINISHED
Very Large Telescope NERFINISHED
adaptive optics imaging
partOf 30 Doradus region NERFINISHED
Milky Way satellite galaxy system NERFINISHED
rightAscension 05h 38m (approximate)
rotation rapid stellar rotation (inferred)
spectralClass Wolf–Rayet WN NERFINISHED
spectralType WN5h
surfaceTemperature extremely hot

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

30 Doradus contains R136a1
Tarantula Nebula contains R136a1