On Igusa local zeta functions of Hauser hybrid polynomials

preprint2022arXivOpen access

Abstract

Let KK be a local field and f(x)∈K[x]f(x)\in K[x] be a non-constant polynomial. When charK=0{\rm char}K=0, Igusa showed the local zeta function is a rational function. However, when charK>0{\rm char}K>0, the rationality of the local zeta function is unknown in general. In this paper, we study the local zeta functions for the so-called hybrid polynomials in three variables with coefficients in a non-archimedean local field of positive characteristic. These hybrid polynomials were first introduced by Hauser in 2003 to study the resolution of singularities in positive characteristic. We establish the rationality theorem for these local zeta functions and list explicitly all the candidate poles. Our result generalizes the work of Leoˊ\acute{o}n-Cardenal, Ibadula and Segers and that of Yin and Hong.

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