in Artificial Life VIII, Standish, Abbass, Bedau (eds)(MIT Presspp 49–52 1 Von Neumann’s Machine in the Shell: Enhancing the Robustness of Self-Replication Processes

Source URL: alife8.alife.org

• Applied mathematics
• Cellular automaton
• Self-replicating machine
• John von Neumann
• Self-replication
• Automata theory
• Turing machine
• Universal constructor
• Von Neumann universal constructor
• Artificial life
• Science
• Mathematics

in Artificial Life VIII, Standish, Abbass, Bedau (eds)(MIT Presspp 38–48 1 Is Self-replication an Embedded Characteristic of Artificial/Living Matter?

Source URL: alife8.alife.org

• Artificial life
• Cybernetics
• Cellular automata
• Cellular automaton
• Complex systems theory
• Scientific modeling
• Genetic algorithm
• Self-replication
• Complexity
• Science
• Knowledge
• Ethology

Reversible Cellular Automata Harold V. McIntosh Departamento de Aplicacion de Microcomputadoras, Instituto de Ciencias, Universidad Autonoma de Puebla, Apartado postal 461, 72000 Puebla, Puebla, Mexico. E-mail:mcintos

Source URL: delta.cs.cinvestav.mx

• Automata theory
• Garden of Eden
• Block cellular automaton
• Mobile automaton
• Cellular automata
• Reversible cellular automaton
• Cellular automaton

Computing in Spiral Rule Reaction-Diffusion Hexagonal Cellular Automaton Andrew Adamatzky Faculty of Computing, Engineering, and Mathematical Sciences, University of the West of England,

Source URL: www.complex-systems.com

in Artificial Life VIII, Standish, Abbass, Bedau (eds)(MIT Presspp 28–32 1 Do Artificial Ants March in Step? Ordered Asynchronous Processes and Modularity in Biological Systems

Source URL: alife8.alife.org

• Science
• Boolean network
• Electrical circuits
• Cellular automaton
• Asynchrony
• Actor model
• Asynchronous system
• Mathematical and theoretical biology
• Cellular automata
• Synchronization
• Asynchronous cellular automaton

Complex Systems Theory 1988 Some approaches to the study ofcomplex systems are outlined. They are encompassed by an emerging field of science concerned with the general analysis of complexity. Throughout the natural and

Source URL: www.stephenwolfram.com

• Cybernetics
• Structure
• Nature
• Cellular automaton
• Complexity
• Theory of computation
• Self-organization
• Complex systems
• Systems theory
• Cellular automata
• Science
• Systems

Computers in Science and Mathematics 1984 Computation offers a new means of describing and investigating scientific and mathematical systems. Simulation by computer may be the only way to predict how certain complicated

Source URL: www.stephenwolfram.com

• Cellular automata
• Computational science
• Cellular automaton
• Theoretical computer science
• Numerical analysis
• Computability
• Complexity
• Algorithm
• Monte Carlo method
• Science
• Mathematics
• Applied mathematics

Origins of Randomness in Physical Systems 1985 Randomness and chaos in physical systems are usually ultimately attributed to external noise. But it is argued here that even without such random input, the intrinsic behavi

Source URL: www.stephenwolfram.com

• Probability and statistics
• Cellular automaton
• Random number generation
• Statistical randomness
• Pseudorandomness
• Automata theory
• Pseudorandom number generator
• Chaos theory
• Complexity
• Randomness
• Applied mathematics
• Mathematics

Thermodynamics and Hydrodynamics of Cellular AutomataSimple cellular automata which seem to capture the essential features of thermodynamics and hydrodynamics are discussed. At a microscopic level, the cellular

Source URL: www.stephenwolfram.com

• Computational science
• Science
• Computational physics
• Cellular automaton
• Lattice gas automaton
• Fluid dynamics
• Particle
• Molecular dynamics
• Gas
• Cellular automata
• Physics
• Computational fluid dynamics