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🛠️
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00:00I hope y'all remember that.
00:02Bye!
00:12Understanding of what we're doing to Earth.
00:16And you hear this so often.
00:18The necessity of cleaning our room.
00:20Stopping right now the apocalypse that's coming our way.
00:24But until you're up there and you see the blackness,
00:27the starkness, the ugliness from our point of view,
00:31of course space is filled with mystery and all that.
00:48The deck on the top.
00:53Liquid hydrogen.
00:55Why are we using liquid hydrogen?
00:57This is not how Apollo did it.
00:59Solar cells.
01:00Because we want to be able to survive the lunar night.
01:05It's what's used to lower things off of the deck
01:07onto the surface of the moon.
01:10A very precise landing.
01:12Again, using those flash lidars to detect.
01:16Over.
01:18High speed transport.
01:26Agricultural areas.
01:43This is an incredible vehicle.
01:45And it's going to the moon.
01:49To do.
01:51And for those of you doing the arithmetic at home,
01:55that's 2024.
01:57And we can help meet that timeline,
02:00but only because we started three years ago.
02:06It's time to go back to the moon.
02:08This time to stay.
02:17To navigate.
02:19Now that we have mapped the entire moon in great detail,
02:22we can use those pre-existing maps
02:25to tell the system, it's a machine learning system,
02:28to tell the system what it should be looking for
02:31in terms of craters and other features,
02:33and it navigates relative to that.
02:36Instead, what O'Neill and his students came up with
02:40was the idea of manufactured worlds
02:44rotated to create artificial gravity with centrifugal force.
02:49These are very large structures, miles on end,
02:53and they hold a million people or more.
03:05NASA Jet Propulsion Laboratory
03:07California Institute of Technology
03:35NASA Jet Propulsion Laboratory
03:37California Institute of Technology