Dynamics settings

Visual Molecular Dynamics

Massive dynamics William Bell.

This is Boston Dynamics' BigDog.

And the world is full of non zero sum dynamics.

But it was interesting the dynamics it sort of encouraged.

You shared your lab with the founder of massive dynamics?

We first captured the dynamics with a set of differential equations.

So we're getting the dynamics out of the body as well.

So we're getting the dynamics out of the body as well.

But we think we got the dynamics right of the robot.

And there are fascinating dynamics at play.

Water wings an inch of water.

eyes of well water eyes of dream water.

We use game dynamics to build on it.

The sun is for dynamics, for color changes.

Sounds of water!

Water, water, water.

It was one of the most astonishing family dynamics I have ever seen.

But when they're playing, they're learning the social order and dynamics of things.

So I want to just spend a couple of minutes on system dynamics.

This is producing all sorts of tensions, all sorts of dynamics that are deeply disturbing.

The water of the water supply is dangerous.

0.3 of all fresh water is surface water.

Boston Dynamics created a robot that can even run.

So it's got cute little game dynamics on it.

With that, a couple game dynamics to talk about.

Water, water.

looking at the science of human motivation, particularly the dynamics of extrinsic motivators and intrinsic motivators.

This is one of the most famous game dynamics, used all over the place.

Today Steel Dynamics is one of the largest steel producers in the United States.

It includes no matter. It's just the dynamics of space and time itself. And

There's plenty of water.

A lot of water.

Ran out of water.

Gaga gaga gaga guga guga guga wada gaga gaga guga gaga wader guga guga water water water water water water water water water.

I will follow the instructions, the tempo markings, the dynamics.

I'm sorry, I don't know what that is, massive dynamics.

Help! Water! Water!

So this gets a little challenging, because the dynamics of this robot are quite complicated.

So, let's recap, again. Which component of the universe dominates its dynamics at what time?

You're using your built in dynamics, the physics of your body, just like a pendulum.

I've taken inputs on positions and so forth, run it through a computer model that had simulated the dynamics of interaction, and these are the simulated dynamics, the predictions about the path of policy.

What a waste of water!

A fish out of water.