Why Do I Use XYZ as Examples of Physics?

You may often read a post of mine explaining physics using axis XYZ, and you might think that axis are imaginary, and you can't explain physics with them. However, I have a physical version of XYZ axis in my list of fundamental properties of the Universe created from collisions, and those collisions create fractals, and those fractals have locked in propagation pathways. You may read in science about spin up, spin down, and all that sort of thing, well my axis are fixed holes that can only propagate in certain quantized directions. The Y axis is a line made from 3 points up, and 3 points down, and the X/Z axis are 6 points in a hexagon shape. So in extreme quantum physics there are very few pathways to take, and you are limited to Y axis, and X/Z axis. The axis however can face any direction, and the only way to distinguished them is by their shapes, and directions. So a line propagating outwards is -Y, and a line propagating inwards is +Y. A spin uses all 6 of the X/Z axis, and a half spin uses just 3 points, and can join up to create a wave in the next location.

You can program my physics as point physics, and so XYZ are physics in my theory.

Pincho Paxton