2007
DOI: 10.1007/s00208-007-0084-4
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Invariants de classes : exemples de non-annulation en dimension supérieure

Abstract: Le class-invariant homomorphism permet de mesurer la structure galoisienne des torseurs -sous un schéma en groupes fini et plat G -qui sont dans l'image du cobord associé à une isogénie, de noyau G, entre des (modèles de Néron de) variétés abéliennes. Quand les variétés sont des courbes elliptiques à réduction semi-stable et que l'ordre de G est premier à 6, on sait que cet homomorphisme s'annule sur les points de torsion. Dans cet article, en nous servant de restrictions de Weil de courbes elliptiques, nous c… Show more

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Cited by 2 publications
(3 citation statements)
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References 21 publications
(13 reference statements)
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“…These observations, together with the numerical counterexamples given by the second author in the non-CM case (see [14,Theorem 4.7 and Example 4.9]), lead us to think that a higher dimensional analogue of the main theorem of [21] is very unlikely, even under the CM assumption. Nevertheless, one may hope for the existence of abelian varieties for which Conjecture 1.1 holds.…”
Section: Galois Modules and Abelian Varietiesmentioning
confidence: 96%
See 1 more Smart Citation
“…These observations, together with the numerical counterexamples given by the second author in the non-CM case (see [14,Theorem 4.7 and Example 4.9]), lead us to think that a higher dimensional analogue of the main theorem of [21] is very unlikely, even under the CM assumption. Nevertheless, one may hope for the existence of abelian varieties for which Conjecture 1.1 holds.…”
Section: Galois Modules and Abelian Varietiesmentioning
confidence: 96%
“…These observations, together with the work of the second author (see [11], Theorem 4.7 and Example 4.9), lead us to think that an analogue of the theorem of [17], in full generality, is very unlikely. Nevertheless, one may hope for the existence of abelian varieties for which Conjecture 1.1 holds.…”
Section: Galois Modules and Abelian Varietiesmentioning
confidence: 99%
“…Nous donnons à présent un procédé de construction de suites exactes de la forme (1.2) où F 1 et F 2 sont des tores, et telles que ψ f soit non nul. Ce processus a été adapté au cas des variétés abéliennes dans [10].…”
Section: Tores : Contre-exemples En Dimension Supérieureunclassified