Abstract

Let F⊂SkF \subset S_k be a finite set of permutations and let Cn(F)C_n(F) denote the number of permutations σσ in SnS_n avoiding the set of patterns FF. The Noonan-Zeilberger conjecture states that the sequence Cn(F){C_n(F)} is P-recursive. We use Computability Theory to disprove this conjecture.

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