Now where were we...oh yes....as I was saying....

-Brownian Motion-

https://en.wikipedia.org/wiki/Brownian_motion

Einsteins theory states

A conceptual switch from the "ensemble" of Brownian particles to the "single" Brownian particle
We can speak of the relative number of particles at a single instant just as well as of the time it takes a single Brownian particle to reach a given point
1 particle zoomed out with a bunch of others, then looks like a new particle in and of itself
I think he kind of looks at the dynamic equilibrium like the same as a cell with outside pressure balancing with internal pressure

Random motion of particles suspended in a liquid or gas
Stuff Jiggles around when you zoom in
Mixing dish detergent with water and looking very closely at the interactions as you turn it up and down

It was built from previous theories turning them into pallet pixels combined together into a new and larger pixel art painting

https://en.wikipedia.org/wiki/Probability_density_function
Look at everything, then determine what are the odds of something happening considering all of the other things that have or could happen
Ratio odds

https://en.wikipedia.org/wiki/Transport_phenomena
How things get from point A to point B

https://en.wikipedia.org/wiki/Mean_squared_displacement
How much does a particles trajectory change course from its previous position

So you get the gist of this
Particles move around in crazy directions every which way with interactions from the small to the larger and it almost looks so complex that it cant be figured out
Except it can be figured out by zooming out and looking at the smaller pieces as parts of a larger whole and seeing the dynamic equilibrium

If we strip away the formula, if we strip away the geometry and math, it looks like little things moving
We need a sentence to describe why they are moving, not a number to measure the way that they do
So we will continue to dig and see what we come up with

Zoom out up into life