Help support TMP


"A planet 1,200 light-years away is a good prospect for..." Topic


3 Posts

All members in good standing are free to post here. Opinions expressed here are solely those of the posters, and have not been cleared with nor are they endorsed by The Miniatures Page.

Please use the Complaint button (!) to report problems on the forums.

For more information, see the TMP FAQ.


Back to the SF Media Message Board


Areas of Interest

Science Fiction

Featured Hobby News Article


Featured Link


Featured Ruleset


Featured Showcase Article

Superfigs' Blackbird

Personal logo Editor in Chief Bill The Editor of TMP Fezian features a long-lost superhero.


Featured Workbench Article

Adam Paints Some Parroom Adventurers

These models gave Adam the perfect opportunity to experiment with Citadel's new Foundation paints.


Featured Profile Article


Current Poll


630 hits since 2 Jun 2016
©1994-2024 Bill Armintrout
Comments or corrections?


TMP logo

Membership

Please sign in to your membership account, or, if you are not yet a member, please sign up for your free membership account.
Tango0102 Jun 2016 12:27 p.m. PST

…a habitable world.

"The planet, which is about 1,200 light-years from Earth in the direction of the constellation Lyra, is approximately 40 percent larger than Earth. At that size, Kepler-62f is within the range of planets that are likely to be rocky and possibly could have oceans, said Aomawa Shields, the study's lead author and a National Science Foundation astronomy and astrophysics postdoctoral fellow in UCLA's department of physics and astronomy.

NASA's Kepler mission discovered the planetary system that includes Kepler-62f in 2013, and it identified Kepler-62f as the outermost of five planets orbiting a star that is smaller and cooler than the sun. But the mission didn't produce information about Kepler-62f's composition or atmosphere or the shape of its orbit.

Shields collaborated on the study with astronomers Rory Barnes, Eric Agol, Benjamin Charnay, Cecilia Bitz and Victoria Meadows, all of the University of Washington, where Shields earned her doctorate. To determine whether the planet could sustain life, the team came up with possible scenarios about what its atmosphere might be like and what the shape of its orbit might be…"
See more here
link

Amicalement
Armand

Mako1102 Jun 2016 1:04 p.m. PST

That's nice, and certainly interesting, though even one 1.2 LY away doesn't do us much good.

Tango0103 Jun 2016 10:51 a.m. PST

Glad you enjoyed it my friend!. (smile)

Amicalement
Armand

Sorry - only verified members can post on the forums.