Brian's Cellular Automata Research

All these automata have extremely simple rules of evaluation. Although updates are made using clocked full-state update, the model is compatible with asychnronous clockless autonomous state changes.

The most feasible for general computation. Reversible and information-conservative

Conservative
Charges ("discrete" positrons+electrons). Give this machine about 20 minutes to develop

Looks like your computer should. Not conservative, gets "hot"

Driller (wild)
Machine (stable)
Machine (the same automata, but with random state re-init every few seconds)

Organic / looking like large-scale nature

Discrete fluid (in the ShaderToy window, CLICK ON THE BACKGROUND to start a wave).
Islands (stable)
Vortex (wild)

There were other two machines developed in February 2019, but these are available only as Windows apps written in C++ for Direct3D12

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