Which Life -Like Systems Have Gliders John Conway's Game of Life has fascinated and inspired many enthusiasts, due to the emergence of complex behavior from a very simple system. One of the many interesting phenomena in life is the existence of gliders : small patterns that move across the grid. Some authors have asserted that the gliders and other complex behaviors occurring in Life are ...

John Horton Conway's Game of Life, including complete lists and glider syntheses of smaller still-lifes, oscillators, and spaceships ...

John Conway's Game of Life ...with apologies to Eric Bina. Follow this link to a brief description of the rules and a pointer to some other implementations. Warning: THIS IS NOT REALLY A GAME This is not really a game. It is an implementation of a cellular automata that John H. Conway chose to call The Game of Life. It simulates the birth, death, etc., of organisms based on certain rules. If you ...

John Conway's Game of Life is some kind of Artificial Life simulation. It's written in Java.

Return to Dean Hickerson's home page Links to other people's Life and CA pages Here are some patterns, mostly ones that I built, in RLE format: Oscillators Stamp Collection (Collection of 650 oscillators known by 1995) New billiard tables (Billiard tables found from 1997 to 1998) Signal injectors (Collection of 2c/3 and 5c/9 diagonal signal injectors) Crystal and decay oscillators Back and forth ...

Mark D. Niemiec Home Page: John Horton Conway's Game of Life, including complete lists and glider syntheses of smaller still-lifes, oscillators, and spaceships ...

Home page for Life32, Conway's Game of Life for 32-bit Windows.

Game of Life Introduction Game of Life is a cellular automaton on an infinite quadratic grid. Each grid cell is either alive/on or dead/off. The new state of each cell is computed in discrete timesteps and is determinated by it's old state and the sum of the alive cells among its surrounding 8 nearest neighbours cells. All these changes are simultaneously over the whole, infinite grid! The Game ...

Home Contact News Links Download Purchase OzTeX OzTeX CD Odd Jobs Alchemy Anagrams LifeLab Googolator X-Words CrossCards Shareware by Andrew Trevorrow LifeLab is a Mac application for exploring John Conway's game of Life and other 2D cellular automata. Cellular automata were first studied in the mid-1950s by Stanislaw Ulam and John von Neumann. The subject became much more widely known in 1970 ...

Stephen Silver's Life Page. Links to Life programs, Life collections, the Life Lexicon and other Life pages.

Life ...

The home page of David Ingalls Bell I am a computer programmer of much experience with an interest in science and mathematics. I was born and educated in the United States, but I now live in Canberra, Australia. My hobbies include Astronomy, Linux, and Conway's Game of Life. I am appreciative of the large amount of free software (with sources) that many others have written, and am happy that I ...

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A fast Java implementation of Conway's Game Of Life.

The Music of Life Mike Keith 1998 Introduction The Game of Life is a well-known zero-person game invented by John H. Conway. It is played on an infinite square grid, each cell of which can be in one of two states - alive or dead. Initially, some finite number of cells are marked as alive, and then succeeding generations of the life colony are generated according to the following two rules: ...

Life Game Applet by Laurent David ...

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John Conway's Game of Life Below is a java version of John Conway's Game of Life. It is fairly simple to use. You can select some default starting points by using the combination box on the left of the bottom control panel. You can also add cells directly by clicking on the grid. If you click and drag, you add cells. If you simply click on the grid you will change the cell - a blank cell will be ...