m not
an innovator like you, Phil.
I'm an adapter, and to that end,
I have profited from your ideas.
- Why are you here?
- Well, to be honest,
I'm here this weekend
to steal your fiancee...
and make her my wife.
Well, I think you'll be
sadly disappointed.
I'll see you
at the wedding then.
Eh, it's a little crooked.
- Yeah. There you go.
- Weebo?
- Mm-hmm?
- The wedding was not on my schedule.
- Mm, no?
- Why was that information deleted?
Hmm. I don't really know.
- Do you have another virus?
- You know, now that you mention it,
- I am feeling a little feverish.
- Really?
Mm-hmm.
You are a little hot. Say "ah."
- Ah.
- Ah.
Ah!
Oh, yes!
Hot. Cold. Hot. That's it.
The hydrocarbons have been
inhibiting the cooper pairs.
But if you go from hot
to cold very quickly,
you get a conductive polymer
and you complete the metastable sphere.
Behold! There it is.
Now it'll work. Yes!
But, uh, w-what about
your wedding?
Sorry, Sara.
Should I call the church
and tell them you'll be late?
Very good. Right.
Very good. Ah.
Flowing from the condenser
to the pressure reactor.
Yes.
Yes! Oh! lt's ready.
Organic catalyst.
The positive...
and the negative.
Little touch of electricity.
- Hmm.
- Hmm.
Oh!
Wow. What a bang.
Yeah. Little touch
of electricity.
That's not helpful.
Oh.
Mmm. Mmm.
- Oh, boy. This is not good.
- No, sir.
- Weebo?
- What?
- Get a broom.
- That'll help.
Two years.
Wow.
Oh.
Oh, bless you. You have a cold.
You should.
It's 77 degrees Kelvin.
That's very cold.
Look. Come on.
All right, uh,
let's try and describe you.
Uh, you're an elastomer.
Yes, uh, um--
Ooh! You're highly viscous.
But yet you can
phase-shift. Hoo!
Well, uh, let's see.
You're mouldable. Oh.
It's a little ticklish.
Oh!
You're foldable.
You're gullible.
Oh. All right. Let's see.
Oh, wait a minute. Okay. And--
Ooh. You're ductile.
Oh! Oh. You're elastic.
Let's just see
how elastic you are. Okay.
I'm the hackeysack king.
Hoo!
Hey! Hey! Hey! Hey!
Hey! Hey! Hey! Hey!
Hey, hey!
Oh, hey, hey, hey, hey!
Bravo! Encore!
- Oh, boy. Uh, Weebo?
- Yes, sir?
- Take a picture.
- Okay. Look this way. Smile!
Yeow!
Ow!
- Weebo! lt's amazing!
- Professor? Excuse me.
- It's miraculous! lt's--
- Professor, it's gone!
It is! Oh! Oh!
Professor, I think you gave it
a little too much free will.
Oh, no.
There's not a darn thing
to be afraid of, pal.
How can anything
get in your window?
It's closed, okay?
Whoa!
Hey! Huh?
Oh! Huh!
- Whoa-oh!
- Yeah!
Ha!
Mmm! Whoa, Weebo! I got it!
Great. Now what are you
gonna do with it?
Oh! It has incredible inertia.
Mm, maybe it's
just glad to see you.
- Weebo?
- Yes?
- Do you know what this is?
- Flying rubber?
Yes. That's what it is.
It's flying rubber.
It's flubber!
Ouch.
- Thank you for waiting so long.
- Yes, ma'am.
I'm sorry, Sara.
Are you going to tell me,
"l told you so"?
No, no.
- I'm going to give you a ride home.
- Thank you.
There you are.
Careful. Watch your gown.
I've got it. Thank you.
It's perfectly safe, Weebo. It's just
an ordinary radioactive isotope...
that Weber is now removing
from the lead containment unit.
Very good, Weber.
Then you place
the radioactive isotope...
carefully behind
the sliding shutter.
You see, the sliding shutter
works just like a camera.
It regulates the flow
of gamma radiation.
Instead of billions of random particles,
you have a precise stream of energy.
Now we carefully place
the sliding shutter mechanism...
underneath the flubber.
And l'm burning up in here!
Weebo!
Over here.
The gamma radiation triggers a
metastable decay in the flubber itself.
- Right.
- Which releases enormous
quantities of energy,
- and that's what propels the flubber.
- Of course.
Now doing it this way,
I believe, is a lot more scientific...
than dropping it
or kicking it...
or bombarding it
with light bulb photon flashes.
- Absolutely.
- I believe...
by