Acorn
Seven cells that take 5,206 generations to stabilise, ending as 633 cells spread over a huge area. Charles Corderman's classic dem…
The house catalogue of classic patterns plus everything the community has saved. Every tile is a live simulation - open any of them in the Lab and take them apart.
Seven cells that take 5,206 generations to stabilise, ending as 633 cells spread over a huge area. Charles Corderman's classic dem…
Five cells that refuse to settle. It runs for 1,103 generations, throws off six gliders, and finishes as 116 cells of debris. Conw…
A seven-cell fragment that appears constantly inside larger reactions. It runs 148 generations and leaves a glider behind - which …
A nine-cell methuselah that runs for 17,332 generations - one better than Rabbits, which is exactly the sort of margin this hobby …
Seven cells that vanish completely after exactly 130 generations. No pattern of seven or fewer cells is known to last longer befor…
Named by Conway for its resemblance to a symbol used by William Herschel. Herschel tracks - long chains of still lifes that shuttl…
Nine cells, 17,331 generations. Found by Andrew Trevorrow in 1986 and one of the longest-lived small methuselahs known.
A simple, symmetric starter that runs for 243 generations.