As we were discussing regarding Brownian Motion...
We will be introducing some more terminology and definitions for movement patterns to expand our comprehension of the variety of different ways that more detailed/complex plank fine tuned gimbals, developing ranges of motion upwards in the chain can come to be

How many different ways can we attach lego parts together and have them interact with one another would be the entirety of what we can build
How big is the box of legos?
Grandma has a box labeled Pi in her closet, and it has a fuck ton

How much complexity build outside of the simple Front/back, Left/Right, Up/Down can exist?
Refer to Lego Quant on page Pi
The higher the level of the builds parts complexity and quantity, the more connection locations for Lego's to connect into in between the 6 cardinal directions/dimension of movement upon the track

.....▲
[CUBE]
.....▼

◀-[CUBE]-▶

...........◥
....[cube]
.../......../
[CUBE]
◣

To move beyond these 6 directions of movement, we build bigger, a second larger Gimbal made up out of these simpler parts to duplicate the same thing, but larger and more complex.
Building a computer inside of Minecraft that plays Minecraft
Every Gimbal layer is another peel of the onion parts block build

https://en.wikipedia.org/wiki/Turbulence
How to predict the weather, the chaotic formation and seemingly dissipation of what was once a measurable object, a storm, but now seems to have not become that object any longer, just particles came together, formed an storm cloud object, and then unformed the object
Why and where this occurs
Studying the little wind patterns and river water swirling building larger patterns

https://en.wikipedia.org/wiki/Laminar_flow
Laminar flow is the property of fluid particles in fluid dynamics to follow smooth paths in layers, with each layer moving smoothly past the adjacent layers with little or no mixing

Terms for movement and transition study