Systemic flow.

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.

(Laughter)

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

That's one of our bluefin at the Monterey Bay Aquarium.

Imagine the blood flowing through your body

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

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

like when the Enterprise goes into warp.

So a fluid, in general, takes the shape of the container. I just gave you two examples of fluids

Except your heart

But I cannot carry on

Each of them for a mathematician's eyes stands for some natural feature.

And a hydrostatic skeleton uses two elements.

So they're simple building blocks.

And what that is, is cavitation.

I mean, if I just go through some of them now

This fluid can be substituted for glue.

You are looking at a shoreline.

And that huge load was passing into the people that ate this meat.

But many die.

The atoms lose their individual identity, and the rules from the quantum world take over, and that's what gives superfluids such spooky properties.

In the top left hand corner, you've got this yellow green area.

It's no longer a solid, a liquid or a gas.

We can now leverage microfluidics,

Water and air are both fluids.

It flows up from you into my body.

Language in particular is the most fluid of mediums.

They have a blastocoel in the center, which is this area of fluid.

Once we have sufficiently large number of particles, we can consider them as a fluid.

Rule number three a good gangster always camouflages himself. Always.

It's about as mysterious as the liquidity of water.

Now, if they're serving the heart muscles and the heart cells, then, think about it, would they fit under the systemic flow, or pulmonary flow?

You have liquids and you have gases.

This sticky liquid can be substituted for glue.

The inner cells right there are called the embryoblast.

You can see how there are definetely some parallels between how the veins and arteries are set up.

And this is of course the aorta. This is my aorta.

Here in blue you have the equation of fluids, incompressible fluids, all are equations.

If you put electricity on them, they emit light.

Well, this is another trend in the field.

It will communicate directly with the passenger in its environment.

It was the tears that were indistinguishable from the Gulf that were falling down my cheek.

This is the work of Kacey Marra from Pittsburgh, along with a number of colleagues around the world.

And then it comes back from the lungs, depicted as red blood, now that it has oxygen in it.