victreeb3l
Member
That's amazing :O
https://www.nasa.gov/press-release/...h-of-earth-size-habitable-zone-planets-around
E, F, G are in the habitable zone.
Yo, the mock-up of E looks just like an extraterrestrial image of Earth. Fingers crossed for that one.https://www.nasa.gov/press-release/...h-of-earth-size-habitable-zone-planets-around
E, F, G are in the habitable zone.
OMG is this confirmed?One of the planets is water rich, and has ice on the other side. Imagine earth, but half of it was antarctica.
Here's hoping Tsoukalos didn't cut his hair or he'll be out of a job.Ancient Aliens has some new material.
I know! I can't bloody wait!JWST can't get up there soon enough.
It's going to expand space science by a Hubble-like magnitude.
Travel Poster by NASA. It is astronomically accurate. You'd see those planets in that way if you were in that place.
It won't.James please don't crash and burn please please please please please.
Can't believe they are that close. I guess science fiction is right again.Travel Poster by NASA. It is astronomically accurate. You'd see those planets in that way if you were in that place.
Travel Poster by NASA. It is astronomically accurate. You'd see those planets in that way if you were in that place.
Good god, it's lovely.Travel Poster by NASA. It is astronomically accurate. You'd see those planets in that way if you were in that place.
Travel Poster by NASA. It is astronomically accurate. You'd see those planets in that way if you were in that place.
Comparing our solar system to theirs:
Is the star much smaller than hours? How can they be so close and not roast?
Look at the charts, it's smallIs the star much smaller than ours? How can they be so close and not roast?
The star is much cooler and more stable than ours.
Is the star much smaller than ours? How can they be so close and not roast?
From: http://time.com/4677103/nasa-announcement-new-solar-system/Is the star much smaller than ours? How can they be so close and not roast?
Trappist-1, however, is nothing like the sun. It's what's known as a red dwarf, a very small, comparatively cool star, barely 11% of the radius of our sun and less than half its 10,000º F (5,500º C) surface temperature. Historically, astronomers ignored red dwarfs in their search for habitable planets. If the only star you know of that has given rise to life is a larger, yellow, so-called M class sun like ours, why look at ones that are so much smaller and cooler? But if you huddle up close to an M dwarf you can soak up all the light and warmth you need. What's more, there are at least three time more red dwarfs in the galaxy than all other classes of stars combined.
7 Earth-sized. 3 of which in the habitable zone, and might contain water.