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On the classification problem for polynomials with a periodic continued fraction expansion of in hyperelliptic fields
Izvestiya: Mathematics ( IF 0.8 ) Pub Date : 2021-11-05 , DOI: 10.1070/im9098
V. P. Platonov 1, 2 , G. V. Fedorov 1, 3
Affiliation  

The classical problem of the periodicity of continued fractions for elements of hyperelliptic fields has a long and deep history. This problem has up to now been far from completely solved. A surprising result was obtained in [1] for quadratic extensions defined by cubic polynomials with coefficients in the field $\mathbb{Q}$ of rational numbers: except for trivial cases there are only three (up to equivalence) cubic polynomials over $\mathbb{Q}$ whose square root has a periodic continued fraction expansion in the field $\mathbb{Q}((x))$ of formal power series. In view of the results in [1], we completely solve the classification problem for polynomials $f$ with periodic continued fraction expansion of $\sqrt{f}$ in elliptic fields with the field of rational numbers as the field of constants.



中文翻译:

关于超椭圆域中周期性连分数展开多项式的分类问题

超椭圆场元素连分数周期性的经典问题有着悠久而深厚的历史。这个问题到目前为止还远远没有完全解决。对于由具有$\mathbb{Q}$有理数领域中系数的三次多项式定义的二次扩展,在 [1] 中获得了令人惊讶的结果:除了平凡的情况外,只有三个(直到等价的)三次多项式$\mathbb{Q}$的平方根具有周期性的连分数扩展在$\mathbb{Q}((x))$形式幂级数领域。鉴于[1]中的结果,我们彻底解决了椭圆域中以有理数域为常数域的$f$周期性连分数展开多项式的分类问题$\sqrt{f}$

更新日期:2021-11-05
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