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NKS / Wolfram Science
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Demonstrations 181  200 of 657
Magnetization with an Ising Model Based on Q2R Cellular Automata
The Function Computed by the Wolfram 2,3 Turing Machine
A Discrete Model of Excitable Media
Lyapunov Exponents of Elementary Cellular Automata
Game of Life with Random Initial Conditions
Dragon Curves Using Multiple Different Angles
Histogram of Flipping Cellular Automaton
Dynamic Step Distance Transforms
Hénon Map Visualization
Turing Snakes
Lyapunov Fractals
Elementary Cellular Automaton Dynamics as Wavelets
Randomness in the Digits of Square Roots
Randomness in the Digits of Pi
Limits of Tree Branching
Phase Transitions in Cellular Automata
Phase Transitions in 2D Cellular Automata
Lattice Random Walk in 3D
Fractal Trees
Phase Transitions in ECA Rule 184
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