![]() | |
Discovery | |
---|---|
Discovered by | Guillermo Torres et al. [1] |
Discovery site | Kepler |
Discovery date | January 7, 2015 |
Transit method | |
Orbital characteristics | |
0.495 AU (74,100,000 km) [1] | |
Eccentricity | ≥0.11 [1] |
177.6693 [1] d | |
Inclination | 89.94 [1] |
JD 2455630.2460 [1] | |
Star | Kepler-443 |
Physical characteristics | |
2.33 [1] R🜨 | |
Kepler-443b is an exoplanet about 2,540 light-years from Earth. [2] It has an 89.9 percent chance of being in the star's habitable zone, yet only a 4.9 percent chance of being rocky. [1]
Kepler-443b has a mass of 6.04 Earth masses, [3] a radius of 2.33 Earth radii [2] and a temperature of 247 kelvin. [2]
Kepler-443b orbits a K-type star called Kepler-443, 2541 light-years away. [2]
Kepler-443b takes 177.6693 days to orbit its star, with an inclination of 89.94°, a semimajor axis of 0.495 AU and an eccentricity of at least 0.11. [2]
Kepler-443b may be habitable, but the planet has only a 4.9 percent chance of being rocky. [1] The planet is much more likely to be a water world or a Mini-Neptune.
![]() | |
Discovery | |
---|---|
Discovered by | Guillermo Torres et al. [1] |
Discovery site | Kepler |
Discovery date | January 7, 2015 |
Transit method | |
Orbital characteristics | |
0.495 AU (74,100,000 km) [1] | |
Eccentricity | ≥0.11 [1] |
177.6693 [1] d | |
Inclination | 89.94 [1] |
JD 2455630.2460 [1] | |
Star | Kepler-443 |
Physical characteristics | |
2.33 [1] R🜨 | |
Kepler-443b is an exoplanet about 2,540 light-years from Earth. [2] It has an 89.9 percent chance of being in the star's habitable zone, yet only a 4.9 percent chance of being rocky. [1]
Kepler-443b has a mass of 6.04 Earth masses, [3] a radius of 2.33 Earth radii [2] and a temperature of 247 kelvin. [2]
Kepler-443b orbits a K-type star called Kepler-443, 2541 light-years away. [2]
Kepler-443b takes 177.6693 days to orbit its star, with an inclination of 89.94°, a semimajor axis of 0.495 AU and an eccentricity of at least 0.11. [2]
Kepler-443b may be habitable, but the planet has only a 4.9 percent chance of being rocky. [1] The planet is much more likely to be a water world or a Mini-Neptune.