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I was looking over stephen wolfram's work mainly about Elementary Cellular Automata, i see that for all rules with N steps {i.e 200 steps} they show the same pattern {i,e rule 90 running on 20 steps and 100 steps are the same, like Here}.

Unlike rule 110 which shows different behavior when N = 20, 100 or 200, i know that it is universal but does that mean if a cellular automaton structure does not halt {continue to show different pattern when changing N steps} does that means it is always universal ?

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edited with examples

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I was looking over stephen wolfram's work mainly about Elementary Cellular Automata, i see that for all rules with N steps {i.e 200 steps} they show the same pattern {i,e rule 90 running on 20 steps and 100 steps are the same, like Here}.

Unlike rule 110 which shows different behavior when N = 20, 100 or 200, i know that it is universal but does that mean if a cellular automaton structure does not halt {continue to show different pattern when changing N steps} does that means it is always universal ?

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edited with examples

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I was looking over stephen wolfram's work mainly about Elementary Cellular Automata, i see that for all rules with N steps {i.e 200 steps} they show the same pattern {i,e rule 90 running on 20 steps and 100 steps are the same, like Here}.

Unlike rule 110 which shows different behavior when N = 20, 100 or 200, i know that it is universal but does that mean if a cellular automaton structure does not halt {continue to show different pattern when changing N steps} does that means it is always universal ?

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I was looking over stephen wolfram's work mainly about Elementary Cellular Automata and, i see that almostfor all the rules afterwith N steps for all rules {i.e 200 steps}, they show the same structurepattern {i,e rule 90 running on 20 steps and 100 steps are the same, like Here} unlike.

Unlike rule 110 which shows different behavior when N = 20020, more100 or less ...200, i know that it is universal but does that mean if a cellular automaton structure does not halt {continue running to show different behaviorpattern when changing N steps} does that means it is always universal ?

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edited with examples

===

I was looking over stephen wolfram's work mainly about Elementary Cellular Automata and i see that almost all the rules after N steps for all rules {i.e 200 steps}, they show the same structure {i,e rule 90 running on 20 steps and 100 steps, Here} unlike rule 110 which shows different behavior when N = 200, more or less ... i know that it is universal but does that mean if a cellular automaton does not halt {continue running to show different behavior} does that means it is always universal ?

I was looking over stephen wolfram's work mainly about Elementary Cellular Automata, i see that for all rules with N steps {i.e 200 steps} they show the same pattern {i,e rule 90 running on 20 steps and 100 steps are the same, like Here}.

Unlike rule 110 which shows different behavior when N = 20, 100 or 200, i know that it is universal but does that mean if a cellular automaton structure does not halt {continue to show different pattern when changing N steps} does that means it is always universal ?

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edited with examples

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2 example edit
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I was looking over stephen wolfram's work mainly about Elementary Cellular Automata and i see that almost all the rules after N steps for all rules {i.e 200 steps}, they show the same structure as if N ={i,e rule 90 running on 20 steps and 100 for examplesteps, Here} unlike rule 110 which shows different behavior when N = 200 or, more or less ... i know that it is universal but does that mean if a cellular automaton does not halt {continue running to show different behavior} does that means it is always universal ?

I was looking over stephen wolfram's work mainly about Elementary Cellular Automata and i see that almost all the rules after N steps for all rules {i.e 200 steps}, they show the same structure as if N = 100 for example, unlike rule 110 which shows different behavior when N = 200 or more ... i know that it is universal but does that mean if a cellular automaton does not halt {continue running to show different behavior} does that means it is always universal ?

I was looking over stephen wolfram's work mainly about Elementary Cellular Automata and i see that almost all the rules after N steps for all rules {i.e 200 steps}, they show the same structure {i,e rule 90 running on 20 steps and 100 steps, Here} unlike rule 110 which shows different behavior when N = 200, more or less ... i know that it is universal but does that mean if a cellular automaton does not halt {continue running to show different behavior} does that means it is always universal ?

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