Compare these to the actual numbers.

Eye candy sort of pejorative, don't you think?

But today we have lots of different applications.

like in this example here and sometimes it doesn't

Well, the classic empiricist answer is induction.

We looked very tired.

... I look very tired.

If you look at it and focus on the white, what you see is a world full of angels.

You can see areas where neuronal cell bodies are being stained.

Yes, I know this girl.

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

The stagnationist view is that ideas get used up,

So if we take an object and move it further away, it'll appear smaller, and we all know this.

And even though we see a lot of ice in this picture, there's a lot of water as well, which wasn't there historically.

They can see us!

The Tholians can see us.

She looks very happy.

She looks very young.

So, we appear to have a genuine difference of opinion about how to profitably use one's time.

These animations are not required to be physically correct.

Can we see some?

By example. I've always thought to lead by example, sir.

And so this isn't the type of equation that you might think that you're used to solving.

Skipper, the blasted thing's invisible.

you don't see him.

And it's really different within each country.

But as you go and you look closer at a tree, what you see is, you see increasing complexity.

If you hold your hand out in front of you, you can't see it.

This was a very tricky quiz. You should not feel bad if elements of this gave you grief.

If you see one don't try to restrain him yourselves.

Okay, off the screen right here, there is more content.

What creates the illusion?

Are we seeing this?

And I've come to realize that we have made leadership into something bigger than us something beyond us.

You pick a card and you look at it and it says the number 2.

A second look usually pays off

We're going to start and realize that the entire visible universe, everything we can see in every direction with the Hubble Space Telescope plus our other instruments, was once in a region that was smaller than an atom.

It's sexy can I read i t?

It'd be an ellipse.

Enough of the dwarf!

Would you mind waiting a few minutes?

It's like it just goes on and on.

I can see you're very close.

Once I prime the brain it's called cognitive priming once I prime the brain to see it, it pops back out again even without the pattern that I've imposed on it.

This seems surprisingly low, I mean, it's lower than three of the numbers we have here.