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Autores principales: Caminata, Alessio, Zerman, Francesco
Formato: Preprint
Publicado: 2025
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Acceso en línea:https://arxiv.org/abs/2510.19355
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author Caminata, Alessio
Zerman, Francesco
author_facet Caminata, Alessio
Zerman, Francesco
contents We extend the theory of $p$-fractals of Monsky and Teixeira by introducing the notion of weak $p$-fractal. We prove that for a hypersurface $f$ having rational Hilbert-Kunz series is equivalent to the weak $p$-fractality of the associated function $ϕ_{f,p}$ and having rational F-signature series is equivalent to the weak $p$-fractality of the reflection $\overlineϕ_{f,p}$. In addition, we prove some results characterizing the shape of the generating series of numerical functions which are quasi-polynomials in $p^n$. This is motivated by the fact that the Hilbert-Kunz and F-signature functions take this form in several examples of interest.
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publishDate 2025
record_format arxiv
spellingShingle Hilbert-Kunz series, F-signature series, and weak p-fractals
Caminata, Alessio
Zerman, Francesco
Commutative Algebra
Number Theory
We extend the theory of $p$-fractals of Monsky and Teixeira by introducing the notion of weak $p$-fractal. We prove that for a hypersurface $f$ having rational Hilbert-Kunz series is equivalent to the weak $p$-fractality of the associated function $ϕ_{f,p}$ and having rational F-signature series is equivalent to the weak $p$-fractality of the reflection $\overlineϕ_{f,p}$. In addition, we prove some results characterizing the shape of the generating series of numerical functions which are quasi-polynomials in $p^n$. This is motivated by the fact that the Hilbert-Kunz and F-signature functions take this form in several examples of interest.
title Hilbert-Kunz series, F-signature series, and weak p-fractals
topic Commutative Algebra
Number Theory
url https://arxiv.org/abs/2510.19355