The bottom one? Yellow. Turns out they're identical.

So this animal is going to live twice as long.

(Laughter) If astronomers were frogs, perhaps they'd see Kermit the Frog.

This is what we're serving this week at the schools.

And then we'll fly in to where the very large cluster is, and you can see what it looks like.

How many of you see that sort of boundary, with the Necker cube floating in front of the circles?

(Laughter)

You can see the island in the distance.

And what do you see here?

Soon you'll have answers.

Do I look like I speak Spanish?

Like this.

Do you recognize the uniform?

What color does this wig appear?

And this is a really ideal system, because it isn't even very visible.

And I give you a diamonds, so they so you put them here, in a nice row, right.

This one because it's so large and yet it's pretty hard to see.

Sir, are you copying this?

Do you see them?

Did you see that?

Do you see him?

Do you see the light?

She's the one he's looking at, and she's the one he's coming for.

In this movie, you can see that the tumor is green.

Step two we go through all of them and ask, do they have any strings at the beginning anything that looks like documentation.

That's Mike, Mike comes out from Mississippi.

We have an opportunity to bring in other kinds of lights

But I hope you can see that this thing up here is the same thing is this thing right here.

This right here is the point (1.5, 1) and if we approach it from the left hand side, from values less than it it's one, the limit seems to be one and if we approach from the right hand side the limit seems to be one

Do you see anything?

I want you first to imagine the word courage in your head.

Remember our firefly with human eyeballs?

They were wild posted around New York City.

So let me just make sure. Hey, Dr. Batiuk. Can you hear me okay?

Can you see anything over there?

I had to sell the family jewelry to protect the airline.

Now remember you know that the middle nine are exactly the same.

Let's say you're in love. All right?

It looked like a strike to me from here.

And then in the second quadrant it looks like this.

It looks like oh let me try to draw this symmetric.

It gets up to about 150 feet long.

If we can break this cause effect chain from defect to failure, then we're done with debugging.

So the appearance of this object depends on from what direction you look, what your view point is.

They way we make the diagnosis today is by pattern recognition