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arXiv 1807.00892math.NT
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关于素自旋关系的渐近性

On the Asymptotics of a Prime Spin Relation

Christine McMeekin

摘要:

对于循环全实数域$K$,它具有奇素数次数$n$,奇类数,$2$惰性,且每个全正单位都是正方形,满足自旋关系spin $(\mathfrak{p},σ)$ spin $(\mathfrak{p},σ^{-1})=1$的有理素数$p$的密度由公式\[ D_K=\frac{m_Kn+1}{n2^n} \]给出,其中$\mathfrak{p}$是可计算的,数域$K$的有界不变量。由于在惰性情况下的错误,该公式在勘误表中对原始版本进行了修改。由于惰性情况是非实质性的,结果的强度没有显著变化。

英文摘要:

For cyclic totally real number fields $K$ with odd prime degree $n$, odd class number, $2$ inert, and the property that every totally positive unit is a square, the density of rational primes $p$ that satisfy the spin relation spin$(\mathfrak{p},σ)$spin$(\mathfrak{p},σ^{-1})=1$ for all $σ\neq 1 \in$ Gal$(K/\mathbb{Q})$ where $\mathfrak{p}$ is a prime of $K$ above $p$ is given by the formula \[ D_K=\frac{m_Kn+1}{n2^n} \] where $m_K$ is a computable and bounded invariant of the number field $K$. This formula is modified in the erratum from the original version due to an error in the inert case. As the inert case is insubstantial, the strength of the results is not significantly changed.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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