In layman's terms, a system is Turing-complete if that system can compute as much as any general-purpose computer or computer language1. It means that you can model things like conditional logic (if/else), arithmetic, state, transitions, looping and recursion, input and output.
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Accidentally Turing Complete
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In layman's terms, a system is Turing-complete if that system can compute as much as any general-purpose computer or computer language1. It means that you can model things like conditional logic (if/else), arithmetic, state, transitions, looping and recursion, input and output.