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I used simple rules to make DFAs that kinda match accepted physics models


USED SIMPLE RULES TO MAKE DETERMINISTIC FINITE AUTOMATAS THAT RESONATE WITH OUR (AS OF 2025) MOST ACCEPTED MODELS OF PHYSICS There are 5 major steps in making the DFAs. (& while we can't say for sure what the minimally interesting ways to do this are, we can say that they're probably the basic datas & operations found in computer science, such as trees & edges & binary strings & substrings & concatenations.) (1) Take the minimally interesting set of characters.

& which are, in this case, pairs, binaries, complements, symmetries, combinatorics, spectrums, hierarchies, interconnectivities, fractals, recursions, cycles, times, changes, nonlinearities, parts, wholes, discretes, continuities, & sharp rises & then gradual declines in physical & mental & social energies throughout lives, creative liminal or egglike or womblike environments, observers, observations, dependencies, necessities, uniqueness, throughcomposition, language, etc.) "a" "b" "b1234" "c" "e" ...), & or by following type A nontree edges, & or by parsing in reverse, & or by jumping around, etc.I USED SIMPLE RULES TO MAKE DETERMINISTIC FINITE AUTOMATAS THAT RESONATE WITH OUR (AS OF 2025) MOST ACCEPTED MODELS OF PHYSICS (& while we can't say for sure what the minimally interesting ways to do this are, we can say that they're probably the basic datas & operations found in computer science, such as trees & edges & binary strings & substrings & concatenations.)

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