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В кластер включаются документы о конкретном клеточном автомате «Игра в жизнь», но не об общих симуляциях биологической эволюции и экосистем.
Общие признаки: клеточный автомат, симуляция жизни, сложные структуры в Game of Life
Группа выше: Случайность, эмерджентность и процедурная генерация
Смысл: The main idea is to announce the creation of 'Gemini', the most complex replicating and moving organism ever designed for the Game of Life cellular automaton, marking a breakthrough in the simulation's history.
Canadian programmer Andrew Wade created Gemini, the first highly complex organism in the Game of Life capable of non-standard movement and self-replication over 33 million generations.
Смысл: The main idea is that after over 50 years of collective effort, the Conway's Game of Life community has successfully proven the omniperiodicity of the cellular automaton by finding a non-trivial oscillator for every natural number period up to 42 and establishing a method for all periods 43 and above.
Conway's Game of Life is proven omniperiodic after the discovery of the final missing oscillator period (41) in July 2023.