Info for exoplanet "Naqbelene"

Scientific (actual) data Planet Kepler-444 c Planet status Confirmed Radius 0.044 Orbital period 4.54588 Semi major axis 0.04881 Orbit eccentricity 0.31 Inclination 88.2 Discovered 2015 Updated 2022-10-19 Tconj 2454960 Tzero tr 2454960 Impact parameter 0.42 Publication Published in a refereed paper Detection type Primary Transit Radius detection type Primary Transit Alternate names 2MASS J19190052+4138043 c, BD+41 3306 c, HIP 94931 c, K03158.02, KIC 6278762 c, KOI-3158 c, KOI-3158.02, Kepler-444 A c, LHS 3450 c, TYC 3129-00329-1 c, WISE J191900.62+413757.9 c Star name Kepler-444 Right ascension 289.75° Declination 41.63° Mag v 9 Mag i 7.96 Mag j 7.244 Mag h 6.772 Star distance 36.48 Star metallicity -0.55 Star mass 0.76 Star radius 0.75 Star sp type K Star age 11.23 Star temperature 5046 Star alternate names Kepler-444, 2MASS J19190052+4138043, BD+41 3306, HIP 94931, KIC 6278762, KOI-3158, Kepler-444 A, LHS 3450, TYC 3129-00329-1, WISE J191900.62+413757.9 Wikipedia article Kepler-444 c Back

Fictional info (?) Suggested name Naqbelene Planet type Hot planet This hot planet is named after the deity Naqbelene, the goddess of war. The rotational period and seasonal cycles of Naqbelene are likewise similar to those of Earth, as is the tilt that produces the seasons. The volume of water ice in the south polar ice cap, if melted, would be sufficient to cover the entire planetary surface to a depth of 8 meters. In late February 2700, Naqbelene was visited by the New Horizons probe, which used Naqbelene's gravity to increase its speed and bend its trajectory en route to Metiatar. Atmosphere Carbon monoxide 39% 2H2O 32% Neon 27% Nitrogen 0.04% Hydrogen peroxide 0.00023% Hydrogen chloride 2.2E-5% Methane 3.0E-6% Atmospheric pressure 30 bar No known satellites Google search for Naqbelene