AbstractIn this paper, we define a Grothendieck module associated to a Noetherian ring A. This structure is designed to encode relations between A-modules which can be responsible for the relations among Betti numbers and therefore rationality of the Poincaré series. We will define the Grothendieck module, demonstrate that the condition of being torsion in the Grothendieck module implies rationality of the Poincaré series, and provide examples. The paper concludes with an example which demonstrates that the condition of being torsion in the Grothendieck module is strictly stronger than having rational Poincaré series
AbstractLet A and B denote local rings such that A=B/tB, where t is a regular nonunit, and let b den...
AbstractWe study Grothendieck rings (in the sense of model theory) of fields, extending previous wor...
The arithmetic motivic Poincaré series of a variety V defined over a field of characteristic zero i...
AbstractIn this paper, we define a Grothendieck module associated to a Noetherian ring A. This struc...
AbstractIf the homotopy Lie algebra π∗(R) of a local ring R contains a free Lie subalgebra of finite...
AbstractLet (R, M, k) be a regular local ring in which two is a unit and let A = R/J, where J is a f...
We consider right modules over a ring, as models of a first order theory. We explorethe definable se...
The Poincaré series of a local ring is the generating function of the Betti numbers for the residue ...
AbstractLet (S, n, k) be a commutative noetherian local ring and M be a finitely generated S-module....
AbstractIn this paper, we study the rationality of the Poincaré series of a finitely generated grade...
International audienceWe define a Grothendieck ring for basic real semialgebraic formulas, that is f...
The geometric motivic Poincaré series of a variety, which was introduced by Denef and Loeser, takes ...
AbstractWe derive upper bounds on the number of L-rational torsion points on a given elliptic curve ...
Historically, the study of modules over finite dimensional algebras has started with the study of th...
The purpose of this note is to show that the Betti realization of motives is compatible with Grothen...
AbstractLet A and B denote local rings such that A=B/tB, where t is a regular nonunit, and let b den...
AbstractWe study Grothendieck rings (in the sense of model theory) of fields, extending previous wor...
The arithmetic motivic Poincaré series of a variety V defined over a field of characteristic zero i...
AbstractIn this paper, we define a Grothendieck module associated to a Noetherian ring A. This struc...
AbstractIf the homotopy Lie algebra π∗(R) of a local ring R contains a free Lie subalgebra of finite...
AbstractLet (R, M, k) be a regular local ring in which two is a unit and let A = R/J, where J is a f...
We consider right modules over a ring, as models of a first order theory. We explorethe definable se...
The Poincaré series of a local ring is the generating function of the Betti numbers for the residue ...
AbstractLet (S, n, k) be a commutative noetherian local ring and M be a finitely generated S-module....
AbstractIn this paper, we study the rationality of the Poincaré series of a finitely generated grade...
International audienceWe define a Grothendieck ring for basic real semialgebraic formulas, that is f...
The geometric motivic Poincaré series of a variety, which was introduced by Denef and Loeser, takes ...
AbstractWe derive upper bounds on the number of L-rational torsion points on a given elliptic curve ...
Historically, the study of modules over finite dimensional algebras has started with the study of th...
The purpose of this note is to show that the Betti realization of motives is compatible with Grothen...
AbstractLet A and B denote local rings such that A=B/tB, where t is a regular nonunit, and let b den...
AbstractWe study Grothendieck rings (in the sense of model theory) of fields, extending previous wor...
The arithmetic motivic Poincaré series of a variety V defined over a field of characteristic zero i...