Skeletons...

Endoskeletons.

There's an outer layer and an inner layer.

You can also see... my skeleton, (Laughter)

50 kilos for the entire fuselage.

Those are its targets.

I should clarify that.

So we started exploring this material called ETFE.

We found this last year.

They use a skeleton that we call a hydrostatic skeleton.

It's a little distorted, but I don't think it's the computer.

Two 600 models had a titanium alloy endoskeleton.

250 skeletons so far.

Still working my way around endoskeleton.

You're supposed to burn the endos.

Damn it, Cameron, you're supposed to burn the endos.

And the other really interesting thing is that when skeletal muscle there's been several reports that when skeletal muscle is injured, that's what correlates with metastases going to skeletal muscle.

I've talked about a few of them. We really need to take that further.

If I push a little bit harder, I'll go through the skin, and I can feel the bone structure inside.

Endoskeletal structure points don't match.

So let me show you,

We use five polymers in the natural world to do everything that you see.

Very, very obsessive.

Hot enough to liquefy this endoskeleton.

Actually G.M. Opel used it to create that skeleton you see, in what's called their bionic car.

This is the solution to homework 3.

Its exoskeleton is beginning to fracture.

And so I thought, Here's a problem that just cries out for a skeletal system not one like this one, but one like this one because, functionally, a skeleton is any system that supports tissue and transmits forces.

So I decided to ask why.

Or something?

Burning what's left of an endoskeleton

Yeah, and some plastic polymers.

Skynet will use it as a key element in our endoskeletal alloy.

With his muscular constitution he passes for a judoist.

Slip it under your tongue, it's a highconcentrate polymer they put in Oreo cookies.

And if it is you, you are astonishingly well adapted.

It was truly exciting.

Because what I didn't say in my talk is this is actually exoskeletal.

I'm sorry your case is not one that we could have handled with plastic surgery, but your bone structure, flesh type... many factors prohibit the surgical approach.

Two elements that worked for me here are the first is 90 percent, I learned, of head and neck pain is through muscular skeletal imbalance.

Push harder, down to my endoskeleton.

It was not known in the fossil record, and we have it in this skeleton.

Instead they're more like reinforced water balloons.

Living tissue over a metal endoskeleton.

It needs to be constantly contracting, so therefore it's almost selfish. It's grabbing its blood vessels for itself.