Rubber Lengths

This swimming suit is made of elastic material.

Hey. It's the bride of stretchy man.

Set Flexible Size

Horizontal Variable Space

Vertical Variable Space

And can he even run?

Okay, let me give you the theory of relativity.

Surfaces can become porous.

Hardened kevlar plates over titaniumdipped triweave fibers for flexibility.

They have two types of flight muscle so called power muscle, which is stretch activated, which means that it activates itself and does not need to be controlled on a contraction by contraction basis by the nervous system.

I've been shrunk, stretched, scratched and stuffed into a teapot.

The band.

The band?

The band. Band.

So now my pressure is on top and the volume is down below. And if you have it like this, pressure over volume, we actually call that elastance .

The band, Elwood, the band!

You would literally hear the sound.

A company could do really good one year, really bad the next.

The band.

The band!

And now just speaking to the compliance issue imagine that you had a really rigid iron pipe, something completely solid, it's not going to budge no matter what you do.

Bandwidth monitor

Oh, Chuck, I just need to see the end of American Bandstand.

But this was something different.

I'll write it out again because I want to make sure we see clearly the difference between someone with compliant blood vessels and someone with non compliant vessels.

That is

What band?

Sir, the restrains!

It lengthens, shortens and bends really easily in response to internal or external forces.

The bubble is rising more quickly, and so thinking about this you can actually say, well this is a formula for the slope, rise in volume over run, which would be pressure in this case, and if you do rise over run you get the slope and in this case we're going to call the slope compliance .

And we're developing a new paradigm for piping.

My band name's Red Hot.

He's watchin' American Bandstand.

Wedding bands.

Never did see the band.

Our son doesn't know who Boz Scaggs is.

Here's an example from Kevin Eggan's lab at Harvard.

Since you're not complaining and whining, you're no fun at all.

In essence, our true challenge is that by altering the amino acid sequence of the proteins we can make spider silk stronger and more elastic, and control its biocompatibility.

I translate natural mechanics into wooden parts that are operated by strings and springs.

Well for that solid pipe, you'd actually get something like this, you would have even less compliance.

Zoom out Zoom out by one.

Hey, Bob, this is the band!

We'll start a jazz band.