cellular automata in phase transitions

Cellular automata in phase transitions refer to computational models that simulate the dynamic behavior of complex systems undergoing a change of state. It involves dividing the system into discrete cells or units, each following a set of rules for transitioning between different states based on the state of its neighboring cells. These models are used to study and understand phase transitions, which are abrupt shifts in the collective behavior and properties of a system when certain conditions, such as temperature, are gradually changed.

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