00:00 The problem is when the capsule moves from an elliptical orbit to a parabolic orbit. There's no mathematical formula for that. 00:09 Because we can calculate launch and landing but without this conversion the capsule stays in orbit, we can't bring it back home. 00:18 Maybe we've been thinking about this all wrong. 00:20 How's that? 00:26 Maybe it's not new math at all. 00:30 It could be old math. 00:32 Something that looks at the problem numerically and not theoretically. Math is always dependable. 00:39 For you it is. 00:47 Euler's method. 00:49 Euler's method? 00:50 Yes. That's ancient. But it works. 00:54 It works numerically. 01:31 That's it. 01:35 Let's type it up. 01:40 Huh.
00:09 Because we can calculate launch and landing but without this conversion the capsule stays in orbit, we can't bring it back home.
00:18 Maybe we've been thinking about this all wrong.
00:20 How's that?
00:26 Maybe it's not new math at all.
00:30 It could be old math.
00:32 Something that looks at the problem numerically and not theoretically. Math is always dependable.
00:39 For you it is.
00:47 Euler's method.
00:49 Euler's method?
00:50 Yes. That's ancient. But it works.
00:54 It works numerically.
01:31 That's it.
01:35 Let's type it up.
01:40 Huh.