Beal’s Conjecture on the Polynomials with Root of Powers

Enfer Diez
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Abstract

In this paper I present a polynomial different from of Euler, Genochi, Bernoulli and Bernstein. Ere different because each of them has a specific purpose is to say that each of these polynomials corresponds to a power of an integer and therefore exist as many polynomials as powers of integers. These polynomialsa are characterized by the same source (generatriz) and for this reason it is shown that: the sum of two such polynomials never is a third polynomial root corresponding to a power of an integer. This shows absolutely, Beal’s conjecture and again on T. Fermat. I think both Pierre Fermat and Andrew Beal were aware of these polynomials before stating his conjecture.
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关于幂次多项式的比尔猜想
本文提出了一种不同于欧拉、基诺基、伯努利和伯恩斯坦的多项式。它们的不同之处在于每个多项式都有一个特定的目的即每个多项式对应于一个整数的幂因此多项式的个数和整数幂的个数一样多。这些多项式具有相同的源(generatriz)的特征,因此表明:两个这样的多项式的和永远不会是与整数的幂相对应的第三个多项式根。这完全证明了,比尔的猜想和费马的猜想。我想皮埃尔·费马和安德鲁·比尔在提出他的猜想之前都知道这些多项式。
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