Let me show you what it looks like in real life.

Will put on display

And it's shown here in its true orientation.

This is, then, how they're presented.

And let me show you what's behind it.

I'm going to show to TEDsters, the first time, this operating.

But we don't just experience them, we show them.

The whole thing about this, though, is that, you know, why am I showing it?

And it's trying to show off its ability I'm macho, I'm strong.

I could have shown a number of other problems.

And not only do we show them, but others can read them.

Then we'd go and we'd show those as communicating our ideas.

It shows you these cells that process information.

And I wanted to show several species that we hadn't shown much in the magazine and worked in a number of locations.

And those things lead to things like this.

And it definitely does give a different image of Yemen.

It shows leverage, trended out from 1919 to 2009.

Let me show you how it works.

So let me just show you a couple of examples of what they used to look like.

For now, it's an experiment, but let me show you some possible future applications.

Okay, so this next one is from the webcam, and it's going to be this pinwheel display.

I was in New York on Monday presenting it to the IOC.

It shows a U.S. soldier laughing at people dying.

Through the quot demonstration quot effect, they spawn new enterprises.

But that's only because I'm projecting it onto a flat surface.

In the context of Star Wars Return of the Jedi, its mirror image is presented.

And I'm going to show them to you now, because they came out of very specific conditions.

Also in the top bar is an area that shows you the other images in the current folder. Clicking on one will display it.

I mean, this is a scary slide, not to take an aside, but it looks at obesity in the world.

Inventor Nick Sears demos the first generation of the Orb, a rotating persistence of vision display that creates glowing 3D images. A short, cool tale of invention.

That's because these are the kinds of concepts that are not susceptible to easy representation.

So that's the basic concept, and now I'm going to show you what it leads to.

Its roots are long and deep its foundations, I've tried to show, exist already, inside each of us.

And this gives us a tangible model of the three dimensional protein and how it folds and all of the intricacies of the geometry.

This can be viewed from any of the cardinal directions to show you the 3D structure of the city, all the facades.

Here's calabashes that Issa was just showing us, and they're stacked recursively.

I want to give you one example that shows how fast this evolution is happening.

So, I want to start out with this beautiful picture from my childhood.

The show was so impressive, so intrusive that it seemed to hide everything.

The sections on individual articles are drafted so as to constitute self contained and complete units.

Show it

Instead of using a linear gradient to display the given property of an element in the periodic table, Kalzium can also use a logarithmic gradient. Check the properties you want to have displayed with a logarithmic gradient.

It shows two black holes in orbit around each other, again, with these helpfully painted curves.

So what I'd like to do is take a couple minutes and show you, actually, how it works.

As I will show to you, it is actually the mainstay of modern life.