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Info for exoplanet "Mida"


Scientific (actual) data
PlanetKepler-1655 b
Planet statusConfirmed
Planet mass0.01573
Radius0.197
Orbital period11.8729
Semi major axis0.103
Orbit eccentricity0
Inclination87.62
Discovered2018
Updated2021-02-05
Omega-71
Tconj2455010
Tzero tr2455010
Impact parameter0.85
K1.47
PublicationPublished in a refereed paper
Detection typePrimary Transit
Mass detection typeRadial Velocity
Radius detection typePrimary Transit
Alternate names2MASS J19064546+3912428 b, K00280.01, KIC 4141376 b, KOI-280 b, KOI-280.01, WISE J190645.48+391243.3 b
Star nameKepler-1655
Right ascension286.69°
Declination39.21°
Mag v11.05
Mag j10.065
Mag h9.849
Star distance214.58
Star metallicity-0.24
Star mass1.03
Star radius1.03
Star sp typeG0 V
Star age2.56
Star temperature6148
Star alternate names2MASS J19064546+3912428, KIC 4141376, KOI-280, WISE J190645.48+391243.3
Wikipedia articleKepler-1655 b

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Fictional info (?)
Suggested nameMida
Planet typeWarm planet
Its orbital period around Kepler-1655 of 12 earth days is the shortest of all the planets in its solar system. It has the longest rotation period (445 days) of any planet in its solar system and rotates in the opposite direction to most other planets.

It is the coldest planetary atmosphere in its solar system, with a minimum temperature of 65°K (-208°C), and has a complex, layered cloud structure with nitric oxide thought to make up the lowest clouds, and methane the uppermost layer of clouds. It is named after the deity Mida, the messenger of war.

Mida is a warm planet and is sometimes called Earth's "brother planet" because of their similar size, mass, proximity to Kepler-1655, and bulk composition.

Mida's hazy atmosphere make observation of its surface impossible in ultraviolet light, and the first detailed maps did not emerge until the arrival of the Magellan orbiter 24 years ago.

The rotational period and seasonal cycles of Mida are likewise similar to those of Earth, as is the tilt that produces the seasons.

The outer atmosphere is visibly segregated into several bands at different latitudes, resulting in turbulence and storms along their interacting boundaries.
AtmosphereMethane89%
Nitric oxide9.2%
Krypton1.4%
Argon4.0E-6%
Xenon3.0E-6%
Atmospheric pressure40 bar
artist's rendition
MoonGemu Rare Jate'nyoLarge potato shaped rocky planetoid
Heryonyo BiposhoMedium-sized slightly egg-shaped rocky asteroid
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SeryozeHuge almost round rocky moon
ShikyuLarge almost round oceanic asteroid
Hihabya JuSmall round ice moon
Pyukyu Jinota KaHuge slightly egg-shaped rocky planetoid
Shihyo-doyonyaSmall slightly egg-shaped rocky asteroid
Hegakyo KosuMedium-sized irregular crater-filled moon
Shura NyachoLarge almost round oceanic planetoid
PyuwoHuge round gaseous moon
Nyazumo BauguSmall round rocky moon
Wobabyo-chaSmall slightly egg-shaped rocky moon
Buipu'ryanyuSmall irregular crater-filled comet
Ensuto GoboHuge potato shaped rocky moon
Runokuzu FutebyaLarge potato shaped ice comet
Byamepu GoSmall irregular oceanic moon
Gejono-kyokyaLarge irregular oceanic asteroid
Himyu Uhyada-keVery small slightly egg-shaped rocky asteroid
Wobu-biLarge slightly egg-shaped oceanic asteroid
Hyugi ByaVery small irregular rocky moon
Mujizu RyuhoshaSmall potato shaped rocky moon
Bushanyo-sujogoMedium-sized round oceanic moon
WohyoLarge round oceanic asteroid
Wobe ShoVery small round rocky moon
Takushu JanyuMedium-sized round ice asteroid
Memyuhe'toLarge potato shaped gaseous moon
AdarokyaVery small round rocky planetoid
Tedofu Punamyu ShiLarge almost round rocky moon
InyuHuge slightly egg-shaped crater-filled moon
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