## More switchgraphs

Pure/simple x (0,0)-(260,260) Pure/simple x (-100,-100)-(100,100) Pure/simple x^2 – 1 (-120,-30)-(120,120) Pure/simple x^2 + 1(-120,-30)-(120,120)

Skip to content
## More switchgraphs

Pure/simple x (0,0)-(260,260) Pure/simple x (-100,-100)-(100,100) Pure/simple x^2 – 1 (-120,-30)-(120,120) Pure/simple x^2 + 1(-120,-30)-(120,120)

## Switch graphs

## Why exponentiation is not commutative

## On the persistence of zeros in Rule 30

Bytc

Bytc

(the new batch)

Bytc

My response on this topic from a math.stackexchange post.

Bytc

An attempted proof sketch for the total aperiodicity of the Rule 30 elementary cellular automaton.