Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics · 1996 · 23 citations · 10 references
EngineeringMathematicsComplex SystemsProbability TheoryStochastic ProcessesCellular AutomataCritical PhenomenaMarkov ChainsMarkov ProcessesPhase TransitionsStochastic GamesCellular Automata RulesCellular Automaton ModelingCritical DynamicsDeterministic Cellular AutomataSelf-organized CriticalitySelf-organized StructuresStochastic Cellular Automata
Whether or not the cellular automaton (CA) "game of Life" is an example of self-organized criticality has been a controversial question. Here we view the problem from a different perspective by introducing probabilities into the rules. Thereby we extend the discrete space of deterministic CA to a hypercubic space of stochastic CA, where each corner represents a deterministic CA. We examine the scaling structure near the "game of Life" corner and identify a phase-transition line separating "Life" and "Death." The transition line ends very close to but not in the "game of Life."
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Martin Gardner · Scientific American · 1970 · 1.6K citations
Winning Ways for Your Mathematical Plays.
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