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Demonstrations 101 - 120 of 161
Neighbor-Dependent Substitution SystemFlipping between Two Elementary Cellular Automaton RulesBinary Operators Satisfying Two AxiomsIdealized HopperingRadius-1/2 Cellular Automata
Neighbor-Dependent Substitution System
Flipping between Two Elementary Cellular Automaton Rules
Binary Operators Satisfying Two Axioms
Idealized Hoppering
Radius-1/2 Cellular Automata
Planar Three-Connected Trivalent Network Mobile AutomatonFourier View of an Outer Totalistic Three-Color Cellular AutomatonClassifying the Complexity and Information of Cellular AutomataTuring Machine RunsCircular View of the Means of Two-Color Totalistic 2D Cellular Automata
Planar Three-Connected Trivalent Network Mobile Automaton
Fourier View of an Outer Totalistic Three-Color Cellular Automaton
Classifying the Complexity and Information of Cellular Automata
Turing Machine Runs
Circular View of the Means of Two-Color Totalistic 2D Cellular Automata
Chaos in the Shift MapFive-Neighbor Two-Color Outer Totalistic 2D Cellular Automaton3D Layers Evolution View of a 2D Totalistic Cellular Automaton3D Views of Elementary Cellular AutomataPatterns from the Mean of Two-Color Totalistic 2D Cellular Automata
Chaos in the Shift Map
Five-Neighbor Two-Color Outer Totalistic 2D Cellular Automaton
3D Layers Evolution View of a 2D Totalistic Cellular Automaton
3D Views of Elementary Cellular Automata
Patterns from the Mean of Two-Color Totalistic 2D Cellular Automata
Turing Machine EnumerationLinear Congruential SequencesRotating Substitution SystemsTotalistic K3 R 1/2 Cellular AutomataThe Drake Equation
Turing Machine Enumeration
Linear Congruential Sequences
Rotating Substitution Systems
Totalistic K3 R 1/2 Cellular Automata
The Drake Equation

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