2008
DOI: 10.1090/s0002-9939-08-09436-7
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A bound for the torsion conductor of a non-CM elliptic curve

Abstract: Abstract. Given a non-CM elliptic curve E over Q of discriminant ∆ E , define the "torsion conductor" m E to be the smallest positive integer so that the Galois representation on the torsion of E has image π −1 (Gal(Q(E[m E ])/Q)), where π denotes the natural projection GL 2 (Ẑ) → GL 2 (Z/m E Z). We show that, uniformly for semi-stable non-CM elliptic curves E over Q, one has.

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Cited by 8 publications
(7 citation statements)
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“…Proof. Let F E,r (x) be defined as in (5), i.e., F E,r (x) is the main term in (3). The statement of the theorem follows from (2) and the asymptotic estimate…”
Section: Consistency With Chebotarev Densitymentioning
confidence: 95%
See 2 more Smart Citations
“…Proof. Let F E,r (x) be defined as in (5), i.e., F E,r (x) is the main term in (3). The statement of the theorem follows from (2) and the asymptotic estimate…”
Section: Consistency With Chebotarev Densitymentioning
confidence: 95%
“…For convenience, throughout the sequel, we denote the main term on the righthand side of (3) by F E,r (x), i.e., we set (5) F E,r (x) := C E,r x max{2,r 2 /4} Φ E (r/(2 √ t)) 2 √ t log t dt if x ≥ max{2, r 2 /4}. We note that this term is bounded from above by the main term in Conjecture 1, i.e.…”
mentioning
confidence: 99%
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“…Remark 5.5. The torsion conductor m E of an elliptic curve E over Q is defined in [9] to be the smallest positive integer m ≥ 1 for which…”
Section: Examples and Remarksmentioning
confidence: 99%
“…For C E,r in the non-CM case, we reason as follows. According to [9], we may take m E to be of the form For the Koblitz constant in the CM case, we see that…”
Section: Averaging the Serre Curve Constantsmentioning
confidence: 99%