And this right here had a lower concentration.

But anyway, this whole process we went from a container of high concentration to a container of low concentration and the particles would have spread from the low concentration container to the high concentration container.

The inside is hypertonic. The outside has a lower concentration so it's hypotonic.

The farther apart the molecules are, the less dense that solid is.

I'll show you how. So I put low density

It is defined from cosmological constant according to this formula.

It's higher than this guy,higher concentration

Where have essentially, you have an equal amount and very

So, what could it be?

The universe is spacially flat.

On the hand there could be proto voids which are negative fluctuations.

So this was the upshot, of the supernova Hubble diagram. On the plot of

But I want to make it very clear diffusion is the idea of any particle going from higher concentration and spreading into a region that has a lower concentration and just spreading out.

Sooner or later, energy radiation drops below that one of matter and then becomes matter dominated.

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.

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

So, when you eat less fat, you eat fewer calories without having to eat less food.

So if there are more massive clusters at high redshifts, that means they had.

That building has changed hands many times.

This is diffusion and so it's really just the spreading of particles or molecules from high concentration to low concentration areas, right?

We found a secret passage into the building.

Hyper, in general, meaning having a lot of something, having too much of something.

You can again see here, you can look from same UNKNOWN from different directions, and the regions of firedance will project in certain.

The exact positions and amplitudes and relative amplitudes and widths of these peaks depend.

We found a secret door into the building.

This quantity can have a range of values depending on how dense the connect to the graph is.

This opens possibilities for use of clusters as chronological probes, because in models with lower density and or positive cosmological constant.

So that's the difference of densities, but really we're looking at the density contrast.

As you see in this slide the building on the left is an ordinary one.

Mesh density

Glyph density

Label density

And that can be also expressed as the critical density over three times H0 2 divided by eight pi G. Note that the critical density is determined just by the Hubble Constant of the time.

density

Dense

Density

Now, you can make design mistakes.

A recent survey reveals that the population density in the metropolis is decreasing.

The secret will remain locked in your mouth forever.

Low display resolution and Low CPU

Low altitude

Particle density

Star Density

Now, one, why could that be?

In this case, the molecules are going to spread in that direction from a high concentration to a low concentration area.