I used simple rules to make DFAs that kinda match accepted physics models
11–15 of 15 posts
Re: I used simple rules to make DFAs that kinda match accepted physics models
#12I was interested to read this but .... Can't make the text bigger because it doesn't wrap properly, and the image doesn't scroll with the text.
I read this. There is nothing that could indicate that those cellular automata match any physics, besides author saying so. There is only some diagrams and a lot of statements like: > "d" represents the big bang singularity, which creates alot of (but not all?) matter. So this variation has inflation as a pocketed expansion of matterfilled space. (& "b" & "b1234" make alot more sense in this context.)" There is nothi…
Re: I used simple rules to make DFAs that kinda match accepted physics models
#13I was interested to read this but .... Can't make the text bigger because it doesn't wrap properly, and the image doesn't scroll with the text.
Re: I used simple rules to make DFAs that kinda match accepted physics models
#14I've never seen someone write "&" as a total replacement for "and". I don't like the way it makes me feel.
I saw it on HN before (and did not like that, either), while now noticed it in another submission by the same user, on a similar topic. [0] Apart from that, as mentioned in another comment here, the article's content seems no less strange than the style. [0] https://news.ycombinator.com/item?id=30358271
Re: I used simple rules to make DFAs that kinda match accepted physics models
#15Earlier quoted context omitted.
I read this. There is nothing that could indicate that those cellular automata match any physics, besides author saying so. There is only some diagrams and a lot of statements like: > "d" represents the big bang singularity, which creates alot of (but not all?) matter. So this variation has inflation as a pocketed expansion of matterfilled space. (& "b" & "b1234" make alot more sense in this context.)" There is nothi…
It does match. & that it can match is what matters. It shows how the salient aspects of our universe or models of physics might arise from simple rules.