An extension of Aigner’s theorem

Nguyen Xuan Tho
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Abstract

In 1957, Aigner (Monatsh Math 61:147–150, 1957) showed that the equations \(x^6+y^6=z^6\) and \(x^9+y^9=z^9\) have no solutions in any quadratic number field with \(xyz\ne 0\). We show that Aigner’s result holds for all equations \(x^{3n}+y^{3n}=z^{3n}\), where \(n\ge 2\) is a positive integer. The proof combines Aigner’s idea with deep results on Fermat’s equation and its variants.

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艾格纳定理的推广
1957年,Aigner (Monatsh Math 61:147-150, 1957)证明了方程\(x^6+y^6=z^6\)和\(x^9+y^9=z^9\)在含有\(xyz\ne 0\)的任何二次数域中都无解。我们证明Aigner的结果适用于所有方程\(x^{3n}+y^{3n}=z^{3n}\),其中\(n\ge 2\)是一个正整数。这个证明结合了艾格纳的思想和费马方程及其变体的深刻结果。
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