To state the second result, let k>0 be an integer. There exists an Abelian variety X over C such that the Mumford-Tate group G of X is geometrically isogenous to a product of 2k+1 copies of the symplectic group Sp(2) and one copy of the multiplicative group. The first theorem therefore implies that there exist a number field F and an Abelian variety X/F such that the image of the associated l-adic Galois representation is open in the group G(Ql). For any such Abelian variety X/F, the theorem states that there exist a finite extension F' of F and a set P of places of F', of Dirichlet density 1, such that X has good and ordinary reduction at every place v in P.
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Dernière modification: le 3 septembre 2003 |
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