Table of contents for this issue |
Previous article
Evelina ViadaThe optimality of the Bounded Height ConjectureJournal de théorie des nombres de Bordeaux,
21 no.
3 (
2009), p. 771-786
Article:
subscription required
Class. Math.:
11G50,
14H52,
14K12
Keywords: Height, Elliptic curves, Subvarieties
In this article we show that the Bounded Height Conjecture is optimal in the sense that, if $V$ is an irreducible subvariety with empty deprived set in a power of an elliptic curve, then every open subset of $V$ does not have bounded height. The Bounded Height Conjecture is known to hold. We also present some examples and remarks.
[1]
E. Bombieri, D. Masser and U. Zannier,
Intersecting a curve with algebraic subgroups of multiplicative groups. Int. Math. Res. Not.
20 (1999), 1119–1140.
MR 1728021 |
Zbl 0938.11031[2]
E. Bombieri, D. Masser and U. Zannier,
Anomalous subvarieties - Structure Theorem and applications. Int. Math. Res. Not.
19 (2007), 33 pages.
MR 2359537 |
Zbl 1145.11049[3]
P. Habegger,
Bounded height for subvarieties in abelian varieties. Invent. math.
176 (2009), 405–447.
Zbl 1176.14008[4]
G. Rémond,
Intersection de sous-groupes et de sous-variétés II. J. Inst. Math. Jussieu
6 (2007), 317–348.
MR 2311666 |
Zbl 1170.11014[5]
G. Rémond,
Intersection de sous-groups et de sous-variétés III. To appear in Com. Mat. Helv.
MR 2534482 |
Zbl pre05609487[6]
G. Rémond and E. Viada,
Problème de Mordell-Lang modulo certaines sous-variétés abéliennes. Int. Math. Res. Not.
35 (2003), 1915–1931.
MR 1995142 |
Zbl 1072.11038[7]
E. Viada,
The intersection of a curve with algebraic subgroups in a product of elliptic curves. Ann. Scuola Norm. Sup. Pisa cl. Sci.
5 vol. II (2003), 47–75.
Numdam |
MR 1990974 |
Zbl 1170.11314[8]
E. Viada,
The intersection of a curve with a union of translated codimension-two subgroups in a power of an elliptic curve, Algebra and Number Theory
3 vol. 2 (2008), 248–298.
MR 2407116 |
Zbl 1168.11024[9]
E. Viada,
Non-dense subsets of varieties in a power of an elliptic curve. Int. Math. Res. Not.
7 (2009), 1214–1246.
MR 2495303 |
Zbl 1168.14030