Dynamics settings

Visual Molecular Dynamics

This is Boston Dynamics' BigDog.

And there are fascinating dynamics at play.

Population

Population?

We use game dynamics to build on it.

The sun is for dynamics, for color changes.

Population size

World population,

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.

The second is for continued population, human population expansion.

First, population growth.

It's population based.

Resident population 562.

Transient population one.

3,613 total population.

And the world is full of non zero sum dynamics.

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

But it was interesting the dynamics it sort of encouraged.

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

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

Economic dynamics would increase and so would the financially quantifiable value.

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

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

The population remains stationary.

The population is increasing.

First, we've got population.

So population goes up.

It's always population growth.

OK, the American population.

Call them the population.

But this was only 0.5 of the population, this is 1.5 of the population, this was 98 of the population.

We're getting random representative samples from the population to estimate those population parameters.

And hopefully, you have encountered it when you learning about fluid dynamics.

Dynamics is about having very distinguishable or observable qualities in your moves.

Same concept, but looking at communication dynamics in a very different sphere.

The population is dying off.

What's this city's population, approximately?

Size of the total population

The population explosion was unstoppable.

And the population barely increased.

Their population doubles every minute.