activity
20112026
most citedMotivic Milnor fiber of a quasi-ordinary hypersurface

2 citations · 2 across the 8 of their papers we have counts for

collaborators

10 papers

math.AG2026

Denef-Loeser zeta functions of suspensions and Lê-Yomdin singularities

Enrique Artal Bartolo, Pedro D. González Pérez, Manuel González Villa +1

The holomorphy conjecture for suspensions of plane curve singularities and the holomorphy and monodromy conjectures for Lê-Yomdin singularities of surfaces are proved. The first pa…

math.CV2021

Bernstein-Sato polynomial and related invariants for meromorphic functions

Josep Àlvarez Montaner, Manuel González Villa, Edwin León-Cardenal +1

We develop a theory of Bernstein-Sato polynomials for meromorphic functions and we use it to study the analytic continuation of Archimedian local zeta functions in this setting. We…

math.AG2020

On a quadratic form associated with a surface automorphism and its applications to Singularity Theory

Lilia Alanís-López, Enrique Artal Bartolo, Christian Bonatti +3

We study the nilpotent part of a pseudo-periodic automorphism of a real oriented surface with boundary . We associate a quadratic form defined on the first homology…

math.AC2020

-thresholds and test ideals of Thom-Sebastiani type polynomials

Manuel González Villa, Delio Jaramillo-Velez, Luis Núñez-Betancourt

We provide a formula for -thresholds of a Thom-Sebastiani type polynomial over a perfect field of prime characteristic. This result extends the formula for the -pure threshol…

math.AT2017

Motivic zeta functions and infinite cyclic covers

Manuel Gonzalez Villa, Anatoly Libgober, Laurentiu Maxim

We associate with an infinite cyclic cover of a punctured neighborhood of a simple normal crossing divisor on a complex quasi-projective manifold (assuming certain finiteness condi…

math.AG2016

A recursive formula for the motivic Milnor fiber of a plane curve

Manuel González Villa, Gary Kennedy, Lee J. McEwan

We find a recursive formula for the motivic Milnor fiber of an irreducible plane curve, using the notions of a truncation and derived curve. We then apply natural transformations t…