I don't know if I agree with come of the characteristics of this presentation. Think of a small-size or a boulder-sized piece of your basic table salt. Yes, at the normal eye-view it follows the definition of a fractal. However, that's where it stops. If you magnify and magnify pieces until they are very small, you will get your basic shape of the salt molecule- a square.
Now in reverse, a liquid solution of salt dries out and what you are left with may be fractal,but dried they are not random!
CubicWonder shows self similarity and slicing ability to infinity, It fits into DNA and transforms perfectly into the five Platonic solids. The fractals you talk about was based on straight 2 dimensional lines and was converted to 3d without 13 axis of symmetry that is why your fractal system is disorder and chaos . Scaling self similarity is the wrong answer.
This guys a tool shed. He doesn't even know how to explain fractals. Go back to school tool.
SaylorJL 4 months ago
Free education is awesome
l3yrdman 8 months ago 2
I don't know if I agree with come of the characteristics of this presentation. Think of a small-size or a boulder-sized piece of your basic table salt. Yes, at the normal eye-view it follows the definition of a fractal. However, that's where it stops. If you magnify and magnify pieces until they are very small, you will get your basic shape of the salt molecule- a square.
Now in reverse, a liquid solution of salt dries out and what you are left with may be fractal,but dried they are not random!
toysearcher 9 months ago
CubicWonder shows self similarity and slicing ability to infinity, It fits into DNA and transforms perfectly into the five Platonic solids. The fractals you talk about was based on straight 2 dimensional lines and was converted to 3d without 13 axis of symmetry that is why your fractal system is disorder and chaos . Scaling self similarity is the wrong answer.
Paul
ThePaulTM 9 months ago