In 1984 Cohen and Lenstra [5] published a set of conjectures about the distribution of class groups of quadratic number fields. Now dubbed the `Cohen-Lenstra Heuristics', these conjectures state that for a given finite abelian group A, the probability that a random quadratic number eld has class group isomorphic to A is inversely proportional to the size of the automorphism group of A. In a recent paper, Ellenberg, Venkatesh and Westerland [6] used homological stability theorems to prove a similar heuristic over quadratic extensions of function fields. We will introduce the Cohen-Lenstra heuristics and group homology, then attempt to verify homological stabilit
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
For any sufciently general family of curves over a nite eld Fq and any elementary abelian `-group H ...
The Cohen-Lenstra-Martinet Heuristics gives a prediction of the distribution of $\operatorname{Cl}_K...
Ellenberg, Venkatesh, and Westerland have established a weak form of the function field analogue of ...
One goal of this thesis is to prove theorems that elucidate the Cohen-Lenstra-Martinet conjectures f...
The aim of the present paper is to add, in several ways, to our understanding of the Cohen-Lenstra-M...
Cohen and Lenstra have given a heuristic which, for a fixed odd prime p, leads to many interesting p...
The main aim of the present paper is to disprove the Cohen-Lenstra-Martinet heuristics in two differ...
We prove several results concering class groups of number fields and function fields. Firstly we com...
We prove several results concering class groups of number fields and function fields. Firstly we com...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
For any sufciently general family of curves over a nite eld Fq and any elementary abelian `-group H ...
The Cohen-Lenstra-Martinet Heuristics gives a prediction of the distribution of $\operatorname{Cl}_K...
Ellenberg, Venkatesh, and Westerland have established a weak form of the function field analogue of ...
One goal of this thesis is to prove theorems that elucidate the Cohen-Lenstra-Martinet conjectures f...
The aim of the present paper is to add, in several ways, to our understanding of the Cohen-Lenstra-M...
Cohen and Lenstra have given a heuristic which, for a fixed odd prime p, leads to many interesting p...
The main aim of the present paper is to disprove the Cohen-Lenstra-Martinet heuristics in two differ...
We prove several results concering class groups of number fields and function fields. Firstly we com...
We prove several results concering class groups of number fields and function fields. Firstly we com...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
International audienceThis article deals with the coherence of the model given by the Cohen-Lenstra ...
For any sufciently general family of curves over a nite eld Fq and any elementary abelian `-group H ...
The Cohen-Lenstra-Martinet Heuristics gives a prediction of the distribution of $\operatorname{Cl}_K...