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In this week's QA, I tackle constant acceleration. Do we have anything that can accelerate at 1G for long periods of time? Why are there different sized stars? And do the heavier elements come from supernovae or colliding neutron stars?
Check out Sophia on Twitter at:
Traveling for billions of light years in a human lifetime
00:00 Continuous thrust at 1G?
Our Book is out!
Audio Podcast version:
What Fraser's Watching Playlist:
Weekly email newsletter:
Weekly Space Hangout:
Astronomy Cast:
Support us at: http://www.patreon.com/universetoday
Team: Fraser Cain - @fcain / [email protected]
Support Universe Today Podcast
4.7
518518 ratings
In this week's QA, I tackle constant acceleration. Do we have anything that can accelerate at 1G for long periods of time? Why are there different sized stars? And do the heavier elements come from supernovae or colliding neutron stars?
Check out Sophia on Twitter at:
Traveling for billions of light years in a human lifetime
00:00 Continuous thrust at 1G?
Our Book is out!
Audio Podcast version:
What Fraser's Watching Playlist:
Weekly email newsletter:
Weekly Space Hangout:
Astronomy Cast:
Support us at: http://www.patreon.com/universetoday
Team: Fraser Cain - @fcain / [email protected]
Support Universe Today Podcast
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