AbstractThis article is all about two theorems on equations over finite fields which have been proved in the past decade. First, the finiteness of the rigid cohomology of a variety over a finite field. Second, the p-adic meromorphy of the unit root zeta function of a family of varieties over a finite field of characteristic p. The purpose of the article is to explain what these theorems mean, and also to give an outline of the proof of the first one. The intended audience is mathematicians with an interest in finite field, but no especial expertise on the vast literature which surrounds the topic of equations over finite filelds
AbstractWe describe a method which may be used to compute the zeta function of an arbitrary Artin-Sc...
AbstractMotivated by arithmetic applications, we introduce the notion of a partial zeta function whi...
AbstractWe prove that the partial zeta function introduced in [9] is a rational function, generalizi...
This article is all about two theorems on equations over finite fields which have been proved in the...
This article is all about two theorems on equations over finite fields which have been proved in the...
AbstractThis article is all about two theorems on equations over finite fields which have been prove...
Let p a prime number, q a power of p and V a scheme of finite type over Fq. In this thesis we presen...
Motivated by arithmetic applications, we introduce the notion of a partial zeta function which gener...
AbstractMotivated by arithmetic applications, we introduce the notion of a partial zeta function whi...
This work is a review of the congruent zeta function and the Weil conjectures for non-singular curv...
Sets definable over finite fields are introduced. The rationality of the logarithmic derivative of ...
AbstractWe show that it is possible to approximate the zeta-function of a curve over a finite field ...
Let l be a prime number and let k = Fq be a finite field of characteristic p � = l with q = p f elem...
AbstractWe show that it is possible to approximate the zeta-function of a curve over a finite field ...
AbstractIn this paper, we continue the investigation of the zeta function of divisors, as introduced...
AbstractWe describe a method which may be used to compute the zeta function of an arbitrary Artin-Sc...
AbstractMotivated by arithmetic applications, we introduce the notion of a partial zeta function whi...
AbstractWe prove that the partial zeta function introduced in [9] is a rational function, generalizi...
This article is all about two theorems on equations over finite fields which have been proved in the...
This article is all about two theorems on equations over finite fields which have been proved in the...
AbstractThis article is all about two theorems on equations over finite fields which have been prove...
Let p a prime number, q a power of p and V a scheme of finite type over Fq. In this thesis we presen...
Motivated by arithmetic applications, we introduce the notion of a partial zeta function which gener...
AbstractMotivated by arithmetic applications, we introduce the notion of a partial zeta function whi...
This work is a review of the congruent zeta function and the Weil conjectures for non-singular curv...
Sets definable over finite fields are introduced. The rationality of the logarithmic derivative of ...
AbstractWe show that it is possible to approximate the zeta-function of a curve over a finite field ...
Let l be a prime number and let k = Fq be a finite field of characteristic p � = l with q = p f elem...
AbstractWe show that it is possible to approximate the zeta-function of a curve over a finite field ...
AbstractIn this paper, we continue the investigation of the zeta function of divisors, as introduced...
AbstractWe describe a method which may be used to compute the zeta function of an arbitrary Artin-Sc...
AbstractMotivated by arithmetic applications, we introduce the notion of a partial zeta function whi...
AbstractWe prove that the partial zeta function introduced in [9] is a rational function, generalizi...