The aim of this study is to implement a two-dimensional cellular automaton, based on Young’s model, and explore its parameter space, in different neighbourhoods. The Turing-like patterns, on the ...

Imagine a search space of 2^512 ≈ 1.34 × 10^154 possible cellular automata (CA) rules—more than the 10^80 atoms in the observable universe. If you checked one rule per second since the Big Bang, you’d ...

Abstract: Cellular automata, particularly Conway's Game of Life (Life) and its variants, are dynamical systems for which both time and space are discrete. In Life, the most intriguing patterns are ...

Cellular automata are a set of rules followed to form different patterns. (i.e. The Chaos Game) There is no one fixed set of rules to form all patterns, there can be infinitely many. The evolution of ...

Abstract: Various patterns and figures are used widely in image processing including tests of various algorithms, compressing images and also creating/displaying them in computer games. In this paper ...

Well all know cellular automata from Conway’s Game of Life which simulates cellular evolution using rules based on the state of all eight adjacent cells. [Gavin] has been having fun playing with ...

Wolfram Research’s A New Kind of Science Explorer software kit provides an easy, animated introduction to the book A New Kind of Science, by company founder Stephen Wolfram. He claims that cellular ...

Plenty of people claim to have theories that will revolutionize science. What’s rare is for other scientists to take one of these schemes seriously. Yet that’s what’s happened since May 2002 when ...

In his controversial 2002 book A New Kind of Science (Wolfram Media), theoretical physicist Stephen Wolfram proposed that traditional science is incapable of fathoming many important phenomena in ...