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Kepler-6

Kepler-20e -- The Smallest Exoplanet Artist Concept · NASA · NASA — public domain

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Kepler-6 is a G-type star situated in the constellation Cygnus. The star lies within the field of view of the Kepler Mission, which discovered it as part of a NASA-led mission to discover Earth-like planets. The star, which is slightly larger, more metal-rich, slightly cooler, and more massive than the Sun, is orbited by at least one extrasolar planet, a Jupiter-sized planet named Kepler-6b that orbits closely to its star. thumb|Kepler-6

Astronomical data · SIMBAD

Object type
*
Distance
1,906 light-years
Redshift
z = -0.00016126523679016458
Coordinates
RA 296.8372° · Dec 48.2399°
View on SIMBAD →

via SIMBAD · CDS Strasbourg

Wikidata facts

Distance from Earth
597.14
Diameter
2020000
Radius
1.39
Mass
1.21
Image
Kepler-6-Sun comparison.png
Show 15 more facts
catalog code
KIC 10874614
Commons category
Kepler-6
effective temperature
5647
luminosity
1.4724084
parallax
1.7108
apparent magnitude
13.158453
radial velocity
-50.2
metallicity
0.36
stellar rotational velocity
2.1
surface gravity
19500
declination
48.23993306378
right ascension component of proper motion
0.935
declination component of proper motion
8.458
right ascension
296.83724148235
age estimated by a dating method
3.8
Sources (1)

via Wikidata · CC0

~3 min read

Article

5 sections
Contents
  • Nomenclature and history
  • Characteristics
  • Planetary system
  • See also
  • References

Kepler-6 is a G-type star situated in the constellation Cygnus. The star lies within the field of view of the Kepler Mission, which discovered it as part of a NASA-led mission to discover Earth-like planets. The star, which is slightly larger, more metal-rich, slightly cooler, and more massive than the Sun, is orbited by at least one extrasolar planet, a Jupiter-sized planet named Kepler-6b that orbits closely to its star. thumb|Kepler-6

==Nomenclature and history== Kepler-6 was named for the Kepler Mission, a NASA project launched in 2009 that aims to discover Earth-like planets that transit, or cross in front of, their home stars with respect to Earth. Unlike stars like the Sun or Sirius, Kepler-6 does not have a common and colloquial name. The discovery of Kepler-6b was announced by the Kepler team on January 4, 2010 at the 215th meeting of the American Astronomical Society along with planets around Kepler-4, Kepler-5, Kepler-7, and Kepler-8. It was the third planet to be discovered by the Kepler spacecraft; the first three planets to be verified by data from Kepler had been previously discovered. These three planets were used to test the accuracy of Kepler's measurements.

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