:20:00
Ouch.
:20:08
- Thank you for waiting so long.
- Yes, ma`am.
:20:17
I`m sorry, Sara.
:20:21
Are you going to tell me,
"l told you so"?
:20:23
No, no.
:20:25
- I`m going to give you a ride home.
- Thank you.
:20:32
There you are.
:20:34
Careful. Watch your gown.
:20:37
I`ve got it. Thank you.
:20:45
It`s perfectly safe, Weebo. It`s just
an ordinary radioactive isotope...
:20:50
that Weber is now removing
from the lead containment unit.
:20:55
Very good, Weber.
:20:58
Then you place
the radioactive isotope...
:21:00
carefully behind
the sliding shutter.
:21:04
You see, the sliding shutter
works just like a camera.
:21:07
It regulates the flow
of gamma radiation.
:21:09
Instead of billions of random particles,
you have a precise stream of energy.
:21:13
Now we carefully place
the sliding shutter mechanism...
:21:18
underneath the flubber.
:21:21
And l`m burning up in here!
Weebo!
:21:23
Over here.
:21:25
The gamma radiation triggers a
metastable decay in the flubber itself.
:21:28
- Right.
- Which releases enormous
quantities of energy,
:21:30
- and that`s what propels the flubber.
- Of course.
:21:32
Now doing it this way,
I believe, is a lot more scientific...
:21:34
than dropping it
or kicking it...
:21:36
or bombarding it
with light bulb photon flashes.
:21:38
- Absolutely.
- I believe...
:21:42
by controlling
the gamma radiation flux,
:21:45
we can control the movement
of the flubber itself.
:21:49
- Cross your fingers, Weebo.
- Here`s hoping!
- Good luck.
:21:57
Oh, yes!