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I believe Feynman and Wolfram tried to set up a couple of basic rules that any CA to simulate our universe must satisfy - the one I remember is directional isotropy; meaning that the neighborhood of any cell couldn't be a simple grid-based neighborhood, but rather one's neighbors have to come from ...

Has anyone come up with a way to model atomic nucleii or sub atomic particles using cellular automata?

Which software are you using to run your automata Alexey?

https://www.youtube.com/watch?v=2WwKzqYlqP0

3d glider video as requested.

I have been investigating 3D cellular automata and today I have discovered a glider the travels in a 3D matrix.

The rule is B4.

The seed is defined by the following C++ fragment:


for (i = 10; i <=11; i++)
{
ordinates[0] = i;
ordinates[1] = 10;
ordinates[2] = 10;
space->setCell(ordinates ...

Another Interesting One:

http://youtu.be/zsk7VeLkbyI

Hi, I've written a 3D cellular automata; I'm seeing lot's of interesting "behaviours".

Here's one example:

https://www.youtube.com/watch?v=lZ747omOtmU

Comments?