:26:02
-This is not empirical.
-Here, give me that.
:26:04
I don't know why it's not exact.
There's some sort of probability there.
:26:08
Every time it hits the B end
there's a chance...
:26:11
a small chance it won't
curve back around towards the A end.
:26:14
And for some reason, it takes
about 1,300 trips before it finally does.
:26:18
It does have to exit, or else
we wouldn't be able to see it afterwards.
:26:21
Okay, let's take a look at this.
:26:24
Twenty-two hours, 14 minutes.
:26:30
-1,334 minutes.
-Even.
:26:36
Enter at the B end.
:26:39
Exit at the B end.
:26:44
-ljust want you to see it the way I saw it.
-I am trying, okay?
:26:48
Everything we're putting in that box
comes ungrounded.
:26:50
And I don't mean grounded to the earth,
I mean not tethered.
:26:53
We're blocking whatever keeps it
moving forward, so they flip-flop.
:26:56
Inside the box, it's like a street,
and both ends are cul-de-sacs.
:27:00
This isn't frame dragging or wormhole
matching. It's basic mechanics and heat.
:27:04
This is not mechanics and heat.
:27:10
-We can publish.
-Yeah, we can publish.
:27:14
No, I mean we can really publish.
:27:17
Aaron, the Weeble's stupid. It can't move.
:27:20
Even if we were
to put the Weeble in at point B...
:27:22
it's still going to bounce back and forth
until it's kicked out at the B end.
:27:31
But if it were smart...
:27:34
it could enter at the B end
and exit at the A end before it flips back.
:27:42
You're talking about making a bigger one.
:27:48
I didn't say anything.
You're the one talking about it.
:27:52
So, you believe me?
:27:56
No, I don't.
:27:58
Come on. Let's go get a drink or something.