Look at the pentagon, for instance, pull this out it becomes a boat shape trapezium.

It's like tapered to the downside.

I don't have a pointer here, but you see the green, sort of rectangle or trapezoid?

Three dimensional shapes and the space they create in the middle creates a new shape, the answer to the sum.

Insert Shape

What shapes are the trees?

Those shapes are parabolas.

And similar topography.

And its shape is what gives it the function of being able to tumble through air so easily. Look at that shape.

'The result is that the animal looks almost the same today as it did back in the Early Cretaceous.

And so, I thought, if this could work, anything could work.

So they pick a shape they like like a diamond, or a square, or a triangle, or a trapezoid and then they try and make the next larger shape of that same shape, and the next larger shape.

There are other dimensions for flaps.

If you look at the hexagon, for instance, it's like an amoeba, which is constantly changing its own profile.

Those folds fold into a base. You shape the base.

Patient Their shapes ...

The bottles connect together, and you can create different shapes, different forms.

The formations can change.

This shape is of an extraordinary complication.

Doctor What are their shapes?

That cloud is in the shape of a fish.

The dendritic pattern you see mimics the growth of mushroom mycelia, which are the equivalent of plant roots.

And then we take those units and we shape them. We give them a little pre shape, usually a round or a little torpedo shape, sometimes.

Now, to show that we could make any shape or pattern that we wanted, I tried to make this shape.

Unspeakably dangerous.

Its shape was too complex now.

They had a particular shape that they had to stay in.

Another shape is made for cancer.

And look here when I take you into my bubble graphs.

They come in all different sizes and shapes.

Here we have our star field. Here we have our shapes.

Doctor What shape do you see here?

We can play with the shape itself.

The shape is the second thing.

And that was one of my major discoveries, to find that these islands were the same as the whole big thing, more or less.

And I'll rearrange this and I'll stick this somewhere down there, OK and now upon iteration, that seed shape sort of unfolds into a very different looking structure.

And then they'll be able to see shape.

What's interesting about it is not the shape.

And there's a reason.

And the shape fit perfectly.

That's what we like, hockey sticks.

It has a funny trilobal shape at the bottom, which contains the aortic valve.

Let me show you what that would look like.

First of all, look at the shape it's just wonderful to look at.

And inside it, right in the middle of this toroidal shape, doughnut shape, right in the middle is 150 million degrees.