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    Biomimetic Algorithms

    Cellular Automata Demos

    Interactive sketches of how local cell rules create stable, oscillating, and moving forms.

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    Featured cellular automata demos

    Conway's Game of Life

    Life

    Each cell follows the same B3/S23 rule using only its eight-cell Moore neighbourhood.

    Explore Conway's Game of Life: a grid where four local rules create stable structures, oscillators, moving patterns, and long-lived surprises.

    Open demo →
    HighLife cellular automaton

    HighLife

    HighLife adds one birth condition to Conway's rule: B36/S23 births dead cells with three or six live neighbours.

    Explore HighLife, a Life-like cellular automaton where one additional birth condition makes simple self-replication possible.

    Open demo →

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    Browse cellular automata demos

    Conway's Game of Life

    Life

    Each cell follows the same B3/S23 rule using only its eight-cell Moore neighbourhood.

    Explore Conway's Game of Life: a grid where four local rules create stable structures, oscillators, moving patterns, and long-lived surprises.

    Open demo →
    HighLife cellular automaton

    HighLife

    HighLife adds one birth condition to Conway's rule: B36/S23 births dead cells with three or six live neighbours.

    Explore HighLife, a Life-like cellular automaton where one additional birth condition makes simple self-replication possible.

    Open demo →

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