Self-organisation in a Monte-Carlo cellular automaton (repulsive interactions

1) von-Neumann neighborhood is used for this Monte-Carlo cellular automaton

2) start: disordered black (=1) and white (=0) elements in a matrix (black : white = 50:50)

3) less neighbors are more probable (=repulsive interaction)

4) result: self-organized ordered domains (chessboard-like)

The calculation of similar to Conways "Game of Life", with the difference the number of objects is held constant here.

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[chemiker1981]

Has someone an idea, how to calculate the configurational entropy of every single image of the video in a straightforward way?

[lumaix]

@chemiker1981 why would you want to calculate that? It looks easy from the Wikipedia page... don't you instead mean the conditional entropy?

[chemiker1981]

@lumaix that sounds interesting. thank you very much, i will look at that!

[RoboticusMusic]

Were there any left by chance?

[perceptualvets]

enthropy, the loss of memory as is tied to the loss of identity...