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Space Astro
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Info for exoplanet "Kagala-theltar"
Scientific (actual) data |
Planet | Kepler-126 c |
Planet status | Confirmed |
Radius | 0.141 |
Orbital period | 21.8697 |
Semi major axis | 0.162 |
Orbit eccentricity | 0.19 |
Discovered | 2014 |
Updated | 2021-02-05 |
Tconj | 2454970 |
Impact parameter | 0.71 |
Publication | Announced on a website |
Detection type | Primary Transit |
Alternate names | 2MASS J19172334+4412307 c, K00260.03, KIC 8292840 c, KOI-260 c, KOI-260.03, WISE J191723.36+441230.5 c |
Star name | Kepler-126 |
Right ascension | 289.35° |
Declination | 44.21° |
Mag j | 9.616 |
Mag h | 9.407 |
Mag k | 9.344 |
Star distance | 239.03 |
Star radius | 1.36 |
Star temperature | 6239 |
Star alternate names | 2MASS J19172334+4412307, KIC 8292840, KOI-260, WISE J191723.36+441230.5 |
Wikipedia article | Kepler-126 c |
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Fictional info (?) |
Suggested name | Kagala-theltar |
Planet type | Planet |
Kagala-theltar is the fourth planet from Kepler-126 and the second-smallest planet in its solar system. It is the second-brightest natural object in the night sky after Uqkaca, reaching an apparent magnitude of -5 - bright enough to cast shadows at night and, sometimes, visible to the naked eye in broad daylight.
Kagala-theltar has been known to astronomers since the beginning of the space age. The planet is named after the deity Kagala-theltar, the demon of love and beauty.
Like Uqkaca, Kagala-theltar has been orbiting Kepler-126 within Caleury's orbit as an inferior planet, and never moves more than 30 degrees away from Kepler-126. The planet telescopically displays the complete range of phases, similar to Venus and the Moon, as it moves in its inner orbit relative to Kepler-126, which reoccurs over the so-called synodic period approximately every 174 days.
Kagala-theltar's thick atmosphere make observation of its surface difficult in infrared light, and the first detailed maps did not emerge until the arrival of the Magellan orbiter 52 years ago.
The outer atmosphere is visibly segregated into several bands at different latitudes, resulting in turbulence and storms along their interacting boundaries.
In 2185, images from Frontier 6 showed Kagala-theltar as an almost featureless planet in visible light, without the cloud bands or storms associated with the other planets. |
Atmosphere | Ammonia | 69% |
Sulfur dioxide | 22% |
Argon | 6.6% |
Methane | 1.3% |
Carbon dioxide | 1.1% |
Atmospheric pressure | 8 bar |
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Moon | Ladetithe | Very small potato shaped gaseous comet |
Hyskoll | Huge potato shaped rocky asteroid |
Lene | Small round rocky asteroid |
Nomiasut | Small round rocky comet |
Legir | Very small slightly egg-shaped crater-filled moon |
Teastome | Medium-sized potato shaped rocky planetoid |
Kivi Car | Medium-sized irregular rocky comet |
Tedome | Very small almost round crater-filled planetoid |
Drabos | Very small slightly egg-shaped oceanic comet |
Proti Hesete Ton | Huge slightly egg-shaped crater-filled planetoid |
Bauti | Small almost round crater-filled planetoid |
Qeqsete Iaka | Large irregular ice asteroid |
Nomia Hitoia | Very small almost round crater-filled asteroid |
Name-auto Noti Liaq | Small irregular gaseous planetoid |
Prohe Uqri-mepan | Large round crater-filled moon |
Thigel-stoone'lao | Medium-sized irregular gaseous moon |
Gedaph | Medium-sized round ice moon |
Google search for Kagala-theltar |
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Website by Joachim Michaelis
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