2014
DOI: 10.1112/jlms/jdu033
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Principally polarized abelian surfaces with surjective Galois representations on l -torsion

Abstract: Given a rational variety V defined over K, we consider a principally polarized abelian variety A of dimension g defined over the function field K(V ). For each prime l we then consider the Galois representation on the l-torsion of At, where t is a K-rational point of V . The largest possible image is GSp 2g (l), and in the cases g = 1 and 2 we are able to attain this image for all l and almost all t. In the case g = 1 this recovers a theorem originally proven by William Duke [1].

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Cited by 4 publications
(7 citation statements)
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“…Let δ Q be the index of the closure of the commutator subgroup of H A in H A ∩ Sp 2g ( Z), and let δ K = 1 for K = Q. Then [H A : H Au ] ≥ δ K for all u ∈ U(K), and we have the following asymptotic statements: where the implied constants depend only on A → U and n. [Wal14,p. 468] how to correct some of the errors in Kawamura's proof, the modified argument still appears to be mistaken; see [Lom16,p.…”
Section: Introduction and Statement Of Resultsmentioning
confidence: 99%
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“…Let δ Q be the index of the closure of the commutator subgroup of H A in H A ∩ Sp 2g ( Z), and let δ K = 1 for K = Q. Then [H A : H Au ] ≥ δ K for all u ∈ U(K), and we have the following asymptotic statements: where the implied constants depend only on A → U and n. [Wal14,p. 468] how to correct some of the errors in Kawamura's proof, the modified argument still appears to be mistaken; see [Lom16,p.…”
Section: Introduction and Statement Of Resultsmentioning
confidence: 99%
“…Then, in Section 4.3, we introduce some of the notation and standing assumptions employed in the proof. In particular, since our family has big geometric monodromy, by Proposition 4.1, we are able to define the constant C in point (b) of Section 4.3, which will later be needed to apply the results of [Wal14] (see Section 4.6.1).…”
Section: Background On Galois Representations Of Ppavsmentioning
confidence: 99%
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