Fermat’s Last Theorem is a famous theorem in number theory which is difficult to prove.However,it is known that the version of polynomials with one variable of Fermat’s Last Theorem over C can be proved very concisely...Fermat’s Last Theorem is a famous theorem in number theory which is difficult to prove.However,it is known that the version of polynomials with one variable of Fermat’s Last Theorem over C can be proved very concisely.The aim of this paper is to study the similar problems about Fermat’s Last Theorem for multivariate(skew)-polynomials with any characteristic.展开更多
经典高斯和是一类特征函数与指数函数加权的求和,这类和在数论问题的研究和实际应用中占有重要的位置。该文主要研究了一类特殊高斯和的方幂求和的计算问题。通过利用初等方法、解析方法以及特征和的性质得到了当p为一个奇素数且p≡1 mo...经典高斯和是一类特征函数与指数函数加权的求和,这类和在数论问题的研究和实际应用中占有重要的位置。该文主要研究了一类特殊高斯和的方幂求和的计算问题。通过利用初等方法、解析方法以及特征和的性质得到了当p为一个奇素数且p≡1 mod 8时,经典高斯和τ(χ_(8))的一类求和的精确计算公式,其中χ_(8)表示模p的8阶特征。该结果不仅扩充了经典高斯和的研究内容,而且有助于有关方面研究工作的进一步展开。展开更多
基金supported by the National Natural Science Foundation of China(12131015,12071422).
文摘Fermat’s Last Theorem is a famous theorem in number theory which is difficult to prove.However,it is known that the version of polynomials with one variable of Fermat’s Last Theorem over C can be proved very concisely.The aim of this paper is to study the similar problems about Fermat’s Last Theorem for multivariate(skew)-polynomials with any characteristic.
文摘经典高斯和是一类特征函数与指数函数加权的求和,这类和在数论问题的研究和实际应用中占有重要的位置。该文主要研究了一类特殊高斯和的方幂求和的计算问题。通过利用初等方法、解析方法以及特征和的性质得到了当p为一个奇素数且p≡1 mod 8时,经典高斯和τ(χ_(8))的一类求和的精确计算公式,其中χ_(8)表示模p的8阶特征。该结果不仅扩充了经典高斯和的研究内容,而且有助于有关方面研究工作的进一步展开。
