NFT token detail for exoplanet GJ 667 C g. Only at exoplanetary.systems
GJ 667 C g is a sub_neptune exoplanet discovered in 2013
using the Radial Velocity method at La Silla Observatory. The 3.6 m ESO Telescope
was employed with the instruments of the HARPS Spectrograph.
GJ 667 C g
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Discovery Details
World type: sub_neptune
Discovery method: Radial Velocity
Discovery year: 2013
Facility: La Silla Observatory
Instrument: HARPS Spectrograph
Telescope: 3.6 m ESO Telescope
More Sub Neptune worlds you might consider for your collection.
Meet GJ 667 C g, a fascinating world orbiting the modest red dwarf star GJ 667 C, discovered back in 2013 using the trusty HARPS spectrograph at the La Silla Observatory. This exoplanet was found through the radial velocity method, which measures the star’s tiny wobbles caused by the planet’s gravitational tug. GJ 667 C g orbits in the star’s habitable zone—a cosmic sweet spot where conditions might just be right for liquid water. While not officially named, this intriguing planet sparks imaginations about what kind of environment it may have. It’s a cool target for future exploration and a reminder of the exciting diversity of worlds beyond our solar system, tucked away in the southern skies.
