Earlier generations of stars in the galaxy could well have had planets. But really, there was only hydrogen and helium to work with, so they'd all be gas giants and not small, rocky planets.

Earlier generations of stars in the
Earlier generations of stars in the
Earlier generations of stars in the galaxy could well have had planets. But really, there was only hydrogen and helium to work with, so they'd all be gas giants and not small, rocky planets.
Earlier generations of stars in the
Earlier generations of stars in the galaxy could well have had planets. But really, there was only hydrogen and helium to work with, so they'd all be gas giants and not small, rocky planets.
Earlier generations of stars in the
Earlier generations of stars in the galaxy could well have had planets. But really, there was only hydrogen and helium to work with, so they'd all be gas giants and not small, rocky planets.
Earlier generations of stars in the
Earlier generations of stars in the galaxy could well have had planets. But really, there was only hydrogen and helium to work with, so they'd all be gas giants and not small, rocky planets.
Earlier generations of stars in the
Earlier generations of stars in the galaxy could well have had planets. But really, there was only hydrogen and helium to work with, so they'd all be gas giants and not small, rocky planets.
Earlier generations of stars in the
Earlier generations of stars in the
Earlier generations of stars in the
Earlier generations of stars in the
Earlier generations of stars in the
Earlier generations of stars in the
Jill Tarter
Jill Tarter

American - Scientist Born: January 16, 1944

Have 0 Comment Earlier generations of stars in the

AAdministratorAdministrator

Welcome, honored guests. Please leave a comment, we will respond soon

Reply.
Information sender
Leave the question
Click here to rate
Information sender
0.17255 sec| 2533.93 kb