We've talked about diffusion and so far we've been talking about the diffusion of the solute, right?

And so you would have your traditional diffusion, where high concentration of solute to low concentrations of solute.

Diffusion

Error diffusion

Image Diffusion

That's the solute.

Monochrome error diffusion

This is diffusion.

This is diffusion

Remember, sugar is our solute.

So in general, diffusion if there's no barriers to the diffusion like we had here, you will have the solute go from a high concentration or hypertonic solution if they can travel to a hypotonic solution, to a hypo, where the concentration is lower.

Now let's put some solute in it.

Osmosis is the diffusion of water.

And usually you're talking about the diffusion of water as a solvent and usually it's in the context of a semi permeable membrane, where the actual solute cannot travel through the membrane.

So let's say that the solute is sugar.

And a solution has a solvent and the solute.

So the concentration of the solute is higher here.

Diffusion of personal responsibility. Blind obedience to authority.

And let's say solution number 2 has more of the solute.

There is no way any individual startup can accelerate technology diffusion.

And that is the essence of where idea diffusion is going.

Well, it's permeable to water, but the solute cannot go through the membrane.

Which side of the membrane has a higher or lower concentration of solute?

So let's say we have two solutions that contain some type of solute.

Now let's say that solution 1 has less of the solute in it.

That what we are living in is a century of idea diffusion.

So we're seeing a great change in terms of diffusion of power.

The next thing we do is we collect what's called a diffusion tensor imaging.

This box is used to specify the units for the amount of solute in the solution.

And then in hypotonic, not too much of the solute so you have a low concentration.

Let me do it in a slightly different container here, just to talk about diffusion.

There is damping mechanisms, say photon diffusion or sound waves. They raise small scale fluctuations.

Now let me give you a successful example of the law of diffusion of innovation.

Now let me give you a successful example of the law of diffusion of innovation.

Now all of this may or may not be review for you, but I'm doing it for a reason because I want to talk about, I want to talk about the idea of diffusion, diffusion

With the patient supine the leg can be fully extended to assess better for joint diffusion.

And whatever there is less of, so the more water is the solvent and in that case, that is the in this case, that is the sugar that is considered the solute. this is the solute, so the sugar.

Heart rates are slower you live longer diffusion of oxygen and resources across membranes is slower, etc.

It could be any molecule that there's less of, in the water, in this case,sugar. is the solute

Let's dissolve some solute in it and let's say we do all the dissolving on the left hand side.

Something called the law of diffusion of innovation, if you don't know the law, you know the terminology.

We have the solvent flowing from a hypotonic situation to a hypertonic solution, but it's only hypotonic in the solute.

But, so, you know, so these are just good prefixes to know, but hypertonic you have a lot of the solute.

The other is power diffusion, the way power is moving from all states West or East to non state actors.

But let me tell you a little bit about the other shift that I'm talking about, which is power diffusion.