The Hasse problem for rational surfaces.

The Hasse problem for rational surfaces.
复制标题

有理曲面的哈斯问题。

DOI:
10.1515/crll.1975.274-275.164
复制
发表时间:
1975
期刊:
Journal für die reine und angewandte Mathematik (Crelles Journal)
影响因子:
--
通讯作者:
H. Swinnerton
H. Swinnerton
中科院分区:
--
文献类型:
--
作者:
B. Birch;H. Swinnerton

文献摘要

被引文献

相似文献

设 ̂ 为簇 F 族,例如所有非奇异立方曲面族;并令 ^"* 为所有对 (F, k) 的族,使得 k 是代数数域且 F 位于 $* 中并且在 k 上定义。如果以下语句对于 3F* 中的每对 (F, A) 成立,则哈斯原理被认为对于 tF 成立。假设对于 & 的每个素数 $,有限或无限,有一个在 k^\ 上定义的 V 点,然后有一个在 k 上定义的 V 点。已知这一点 例如,对于属 0 的非奇异曲线和任何维度的二次超曲面都成立。我们将族 3F 的 Hasse 问题定义为
Let ̂ be a family of varieties F, for example the family of all non-singular cubic surfaces; and let ^"* be the family of all pairs (F, k) such that k is an algebraic number field and F is in $* and is defined over k. The Hasse principle is said to hold for tF if the following statement holds for each pair (F, A) in 3F*. Suppose that for each prime $ of &, finite or infinite, there is a point of V defined over k^\ then there is a point of V defined over k. This is known to hold, for example, for non-singular curves of genus 0, and for quadric hypersurfaces of any dimension. We define the Hasse problem for a family 3F to be