1987
DOI: 10.2140/pjm.1987.128.209
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Some explicit upper bounds on the class number and regulator of a cubic field with negative discriminant

Abstract: Explicit upper bounds are developed for the class number and the regulator of any cubic field with a negative discriminant. Lower bounds on the class number are also developed for certain special pure cubic fields.

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Cited by 10 publications
(19 citation statements)
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“…Parallelizability of G(6|l,l) = X 82 (cf. 1.5) is due to Zvengrowski [23]. We now show that M = G(6,111,1) is parallelizable.…”
Section: Thus~supporting
confidence: 51%
“…Parallelizability of G(6|l,l) = X 82 (cf. 1.5) is due to Zvengrowski [23]. We now show that M = G(6,111,1) is parallelizable.…”
Section: Thus~supporting
confidence: 51%
“…Our task is to strengthen Theorem 3(b) and prove the following result. Our proof, which also applies in the situation studied by Barrucand, Loxton, and Williams [3], would have provided them with upper bounds half as large as the ones they obtained. /d)).…”
Section: Class Numbers Of Quadratic Extensions Of a Principal Imaginamentioning
confidence: 59%
“…The coefficients a and β are real valued functions on R^X W satisfying certain measurability conditions that imply that for each ω e Ω, a (z, X(-,ω)) and β (z, X(-,ω)) depend only on that part of the sample function X (-,ω) which precedes z in the sense of the partial ordering of R 2 + . We refer to [8] or [10] for these measurability conditions. In this article, by an equipped probability space we mean a complete probability measure space (Ω, g, P) with an increasing and right continuous family {g z , z e R 2 + } of sub-σ-fields of g, each containing all the null 392 J. YEH sets in (Ω, g, P).…”
Section: Introduction Consider a Stochastic Differential Equation Ofmentioning
confidence: 99%