数学
Dedekind切割
代数数论
类场理论
群(周期表)
数论
代数数域
阿贝尔群
班级(哲学)
领域(数学)
基础(线性代数)
纯数学
域代数上的
代数数
群论
素数(序理论)
代数理论
班级编号
质数
离散数学
计算机科学
组合数学
二次方程
人工智能
数学分析
化学
几何学
有机化学
出处
期刊:Oxford University Press eBooks
[Oxford University Press]
日期:1998-04-30
被引量:3
标识
DOI:10.1093/oso/9780198535980.001.0001
摘要
Abstract This book deals with the characterization of extensions of number fields in terms of the decomposition of prime ideals, and with the group-theoretic questions arising from this number-theoretic problem. One special aspect of this question is the equality of Dedekind zeta functions of different number fields. This is an established problem which was solved for abelian extensions by class field theory, but which was only studied in detail in its general form from around 1970. The basis for the new results was a fruitful exchange between number theory and group theory. Some of the outstanidng results are based on the complete classification of all finite simple groups. This book reports on the great progress achieved in this period. It allows access to the new developments in this part of algebraic number theory and contains a unique blend of number theory and group theory. The results appear for the first time in a monograph and they partially extend the published literature.
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