Some complete $$\omega $$-powers of a one-counter language, for any Borel class of finite rank

Archive for Mathematical Logic 60 (1-2):161-187 (2020)
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Abstract

We prove that, for any natural number \, we can find a finite alphabet \ and a finitary language L over \ accepted by a one-counter automaton, such that the \-power $$\begin{aligned} L^\infty :=\{ w_0w_1\ldots \in \Sigma ^\omega \mid \forall i\in \omega ~~w_i\in L\} \end{aligned}$$is \-complete. We prove a similar result for the class \.

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References found in this work

Descriptive Set Theory.Yiannis Nicholas Moschovakis - 1982 - Studia Logica 41 (4):429-430.
Classical and effective descriptive complexities of ω-powers.Olivier Finkel & Dominique Lecomte - 2009 - Annals of Pure and Applied Logic 160 (2):163-191.
Ω-powers and descriptive set theory.Dominique Lecomte - 2005 - Journal of Symbolic Logic 70 (4):1210-1232.

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