Log on
Main page Graphics Photography Music & Audio Audio Plugins Video Tools Web Design Documents Space Astro Amiga Funny Surreal Gallery Links & Contact

Info for exoplanet "Pasiste Stetea"


Scientific (actual) data
PlanetKepler-677 b
Planet statusConfirmed
Radius0.48
Orbital period6.57532
Discovered2016
Updated2021-02-05
Tconj2455010
PublicationAnnounced on a website
Detection typePrimary Transit
Alternate names2MASS J19202353+5019177 b, K00782.01, KIC 11960862 b, KOI-782 b, KOI-782.01
Star nameKepler-677
Right ascension290.1°
Declination50.32°
Mag j14.071
Mag h13.793
Mag k13.686
Star distance1180
Star metallicity0.06
Star mass1
Star radius0.99
Star age4.57
Star temperature5723
Star alternate names2MASS J19202353+5019177, KIC 11960862, KOI-782
Wikipedia articleKepler-677 b

Back
  
Fictional info (?)
Suggested namePasiste Stetea
Planet typeCold planet
Pasiste Stetea is a terrestrial planet with a thin atmosphere, having surface features reminiscent both of the impact craters of the Moon and the valleys, deserts, and polar ice caps of Earth. Pasiste Stetea is orbiting Kepler-677 every 6.6 Earth days.

The planet is named after the deity Pasiste Stetea, the bringer of fear.

Pasiste Stetea's axis has the smallest tilt of any of its solar system's planets.

Pasiste Stetea is by far the hottest planet in its solar system, with a mean surface temperature of 522°K (249°C), even though Kakin-pe is closer to Kepler-677.

Future astrobiology missions are planned, including the Pasiste Stetea 1300 and ExoPasiste Stetea rovers. The volume of water detected has been estimated to be equivalent to the volume of water in Earth's oceans.

Pasiste Stetea is primarily composed of hydrogen chloride with a significant part of its mass being hydrogen peroxide, though hydrogen peroxide comprises only about a small fraction of the number of molecules.

In 2085, images from Wayfinder 6 showed Pasiste Stetea as an almost featureless planet in visible light, without the cloud bands or storms associated with the other cold planets.
AtmosphereHydrogen chloride91%
Hydrogen peroxide8.4%
Molecular hydrogen0.038%
Argon0.001%
Methane1.8E-5%
Atmospheric pressure0.018 bar
artist's rendition
No known satellites
Google search for Pasiste stetea


Website by Joachim Michaelis