You've got gravity, you've got the centrifugal force, you've got the fluid dynamics.

And what that is, is cavitation.

It moves inside of us, flows through our bodies.

Beyond drag, lift and stretch there are many other properties we could simulate.

All of it.

To take random sensory input and construct it

It flows up from you into my body.

You can see the vehicle approaching a stop sign.

I'm going to use a variable we haven't told you about yet.

So the two children will correspond to the two recursive calls of Merge Sort.

I to denote the input features of the I training example.

Okay, take her down!

And these animals may very well be making use of not only the force and the energy stored with that specialized spring, but the extremes of the fluid dynamics.

So, if we put those in the fluid equation, which is essentially the continuity equation.

Different kinds of physics have to be put in, obviuosly, first the gravity thing, that's something we understand fairly well.

(Laughter)

Systemic flow.

You'll need someone who has a handle on the laws of hydrodynamic resistance.

Let's now keep going and talk about the second part of the circulatory system, which is the systemic circulation.

Imagine the blood flowing through your body

You have one tetrahedron which is the gate that's going to do your computing, and you have two input tetrahedrons.

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Let me start there. For the systemic circulation, I'm gonna start in the left ventricle and it's gonna go round to the body.

Rough air ahead. We're in for some chop.

Its evil power will course through my veins, and I shall make you CauldronBorn.

So you could go in, you could get your tummy tuck.

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