3. In "interpolation mode" you can click and drag a cell continuously between states. The whole trace fuzzily interpolates accordingly.
07.03.2026 22:10
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3. In "interpolation mode" you can click and drag a cell continuously between states. The whole trace fuzzily interpolates accordingly.
2. Initially, the rules governing the cellular automaton are unspecified, so the trace is undefined except for the random initial state. But you can paint cells in, specifying their states and forcing the instantiation of propagation rules. Watch the trace grow.
A static spacetime diagram displaying the trace of a two-state cellular automaton.
1. At each point in time you're seeing a full spacetime trace of a cellular automaton. The horizontal axis is space, and the vertical axis is time (flowing down). The color of a cell represents its state.
thomasporter522.github.io/cellular-can...
Logic thought: proving that proposition A is a consistent extension to a consistent theory amounts to proving that falsity does not follow from A. To prove this internally is to prove ¬¬A. So double negation elimination can be seen as the license to add (internally provably) consistent extensions.
Soon our meditative acts will be done by Artificial Introspection
I'm convinced "sesamoid bones" aren't real, they were put on the internet to catch people who try to bypass legitimate medical training (where they reveal the trick, of course). "Yeah there are a bunch of tiny bones you've never heard of... they're not included in the standard bone count..."
