Let k be a number field and S a finite set of places of k containing the archimedean ones. We count the number of algebraic points of bounded height whose coordinates lie in the ring of S-integers of k. Moreover, we give an asymptotic formula for the number of S\uaf-integers of bounded height and fixed degree over k, where S\uaf is the set of places of k\uaf lying above the ones in S
AbstractWe Count the number of solutions with height less than or equal to B to a system of linear e...
International audienceWe consider an absolute adelic height on the set of algebraic points of the pr...
For any N ≥ 2, let Z ⊂ ℙN be a geometrically integral algebraic variety of degree d. This article is...
Let k be a number field and S a finite set of places of k containing the archimedean ones. We count ...
Let k be a number field. For H→∞ , we give an asymptotic formula for the number of algebraic integer...
Let k be a number field. For H→∞, we give an asymptotic formula for the number of algebraic integers...
Abstract. We count algebraic numbers of fixed degree over a fixed algebraic number field. When the h...
Abstract. By Northcott’s Theorem there are only finitely many algebraic points in affine n-space of ...
Abstract. Let K be a number field and let S be a finite set of places of K which contains all the Ar...
AbstractWe count points of fixed degree and bounded height on a linear projective variety defined ov...
We count points of fixed degree and bounded height on a linear projective variety defined over a num...
L'étude de la répartition des points rationnels ou algébriques d'une variété algébrique selon leur h...
AbstractLet K be an algebraic number field of degree d and let U denote its group of units. Suppose ...
Let K be a number field, Q, or the field of rational functions on a smooth projective curve over a p...
An important problem in analytic and geometric combinatorics is estimating the number of lattice poi...
AbstractWe Count the number of solutions with height less than or equal to B to a system of linear e...
International audienceWe consider an absolute adelic height on the set of algebraic points of the pr...
For any N ≥ 2, let Z ⊂ ℙN be a geometrically integral algebraic variety of degree d. This article is...
Let k be a number field and S a finite set of places of k containing the archimedean ones. We count ...
Let k be a number field. For H→∞ , we give an asymptotic formula for the number of algebraic integer...
Let k be a number field. For H→∞, we give an asymptotic formula for the number of algebraic integers...
Abstract. We count algebraic numbers of fixed degree over a fixed algebraic number field. When the h...
Abstract. By Northcott’s Theorem there are only finitely many algebraic points in affine n-space of ...
Abstract. Let K be a number field and let S be a finite set of places of K which contains all the Ar...
AbstractWe count points of fixed degree and bounded height on a linear projective variety defined ov...
We count points of fixed degree and bounded height on a linear projective variety defined over a num...
L'étude de la répartition des points rationnels ou algébriques d'une variété algébrique selon leur h...
AbstractLet K be an algebraic number field of degree d and let U denote its group of units. Suppose ...
Let K be a number field, Q, or the field of rational functions on a smooth projective curve over a p...
An important problem in analytic and geometric combinatorics is estimating the number of lattice poi...
AbstractWe Count the number of solutions with height less than or equal to B to a system of linear e...
International audienceWe consider an absolute adelic height on the set of algebraic points of the pr...
For any N ≥ 2, let Z ⊂ ℙN be a geometrically integral algebraic variety of degree d. This article is...