Difference between revisions of "Gliese 581g"
m (grammar fix) |
|||
(5 intermediate revisions by one other user not shown) | |||
Line 1: | Line 1: | ||
− | |||
− | |||
{{planetbox | {{planetbox | ||
|name=Gliese 581 g | |name=Gliese 581 g | ||
Line 24: | Line 22: | ||
There are no current plans to colonize Zarmina's World - even the Inuit would have trouble surviving in such cold conditions and high gravity, and Fenspace's terraforming resources are being used at [[Mars Terraforming Project|Mars]] and [[Venus Terraforming Project|Venus]]. | There are no current plans to colonize Zarmina's World - even the Inuit would have trouble surviving in such cold conditions and high gravity, and Fenspace's terraforming resources are being used at [[Mars Terraforming Project|Mars]] and [[Venus Terraforming Project|Venus]]. | ||
− | + | ||
== Notes == | == Notes == |
Latest revision as of 21:24, 7 July 2014
Gliese 581 g | |
Planetary characteristics | |
---|---|
Orbit | 0.146 AU from primary |
Diameter | 150,000,000 km (equatorial, estimated) |
Surface Gravity | 1.4g (estimated)[1] |
Year | 37 days |
Day | tidally locked to primary |
Mean Temperature | 228°K (-45°C)[2] |
Gliese 581 g, called Zarmina's World by co-discoverer Steven Vogt, is a "small" rocky planet located in Gliese 581's Goldilocks zone[3]. It was discovered by a team lead by Steven Vogt (UCO Lick) and Paul Butler (DTM Carnagie Institute) in an 11-year project that completed in 2010. The announcement of its existence caused Fen to start looking for habitable planets around red dwarf stars, the possibility of which they had largely ignored up to that point.
The planet is tidally locked to its primary, but surface temperatures are believed to be stable.
There are no current plans to colonize Zarmina's World - even the Inuit would have trouble surviving in such cold conditions and high gravity, and Fenspace's terraforming resources are being used at Mars and Venus.
Notes
- ↑ Estimates place the planet's gravity at somewhere between 1.1g and 1.7g.
- ↑ Surface temperatures could average between -31°C to -12°C - hotter on the light side, colder on the dark side.
- ↑ Not too hot, not too cold - just right for life as we know it to exist.
Sources
- Astronomy Picture of the Day: Zarmina's World
- Christian Science Monitor: Gliese 581g, a new planet like Earth: Could humans live there?
- The Register: HABITABLE ALIEN WORLD discovered 20 light-years away!
- SPACE.com: Alien World Tour: The Exoplanets Around Star Gliese 581