In this work we give a formula for the local Denef–Loeser zeta function of a superisolated singularity of hypersurface in terms of the local Denef–Loeser zeta function of the singularities of its tangent cone. We prove the monodromy conjecture for some surfaces singularities. These results are applied to the study of rational arrangements of plane curves whose Euler–Poincaré characteristic is three
We give a proof the monodromy conjecture relating the poles of motivic zeta functions with roots of...
Contains fulltext : 27885.pdf (publisher's version ) (Closed access
The Poincar\ue9 series of an irreducible plane curve singularity equals the $\zeta$-function of its ...
We prove the monodromy conjecture for the topological zeta function for all nondegenerate surface si...
International audienceWe prove the monodromy conjecture for the topological zeta function for all no...
The ‘monodromy conjecture’ for a hypersurface singularity f predicts that a pole of its topological ...
In this article, we consider surfaces that are general with respect to a three-dimensional toric ide...
This article investigates the monodromy conjecture for a space monomial curve that appears as the sp...
The aim of the article is an extension of the Monodromy Conjecture of Denef and Loeser in dimension ...
Let f C n C be any polynomial function By using global polar methods we introduce models for the b...
AbstractWe associate to a regular function f on a normal surface germ (S,0) an invariant, called the...
The holomorphy conjecture roughly states that Igusa's zeta function associated to a hypersurface and...
The holomorphy conjecture roughly states that Igusa's zeta function associated to a hypersurface and...
The holomorphy conjecture roughly states that Igusa's zeta function associated to a hypersurface and...
The Monodromy Conjecture asserts that if c is a pole of the local topological zeta function of a hyp...
We give a proof the monodromy conjecture relating the poles of motivic zeta functions with roots of...
Contains fulltext : 27885.pdf (publisher's version ) (Closed access
The Poincar\ue9 series of an irreducible plane curve singularity equals the $\zeta$-function of its ...
We prove the monodromy conjecture for the topological zeta function for all nondegenerate surface si...
International audienceWe prove the monodromy conjecture for the topological zeta function for all no...
The ‘monodromy conjecture’ for a hypersurface singularity f predicts that a pole of its topological ...
In this article, we consider surfaces that are general with respect to a three-dimensional toric ide...
This article investigates the monodromy conjecture for a space monomial curve that appears as the sp...
The aim of the article is an extension of the Monodromy Conjecture of Denef and Loeser in dimension ...
Let f C n C be any polynomial function By using global polar methods we introduce models for the b...
AbstractWe associate to a regular function f on a normal surface germ (S,0) an invariant, called the...
The holomorphy conjecture roughly states that Igusa's zeta function associated to a hypersurface and...
The holomorphy conjecture roughly states that Igusa's zeta function associated to a hypersurface and...
The holomorphy conjecture roughly states that Igusa's zeta function associated to a hypersurface and...
The Monodromy Conjecture asserts that if c is a pole of the local topological zeta function of a hyp...
We give a proof the monodromy conjecture relating the poles of motivic zeta functions with roots of...
Contains fulltext : 27885.pdf (publisher's version ) (Closed access
The Poincar\ue9 series of an irreducible plane curve singularity equals the $\zeta$-function of its ...