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arXiv 2602.05090math.NT
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几乎所有的素数都是部分规则的

Almost all primes are partially regular

Axiom Math
Evan Chen, Chris Cummins, Ben Eltschig, Dejan Grubisic, Leopold Haller, Letong Hong, Andranik Kurghinyan, Kenny Lau, Hugh Leather, Seewoo Lee, Aram Markosyan, K… 展开作者

Evan Chen, Chris Cummins, Ben Eltschig, Dejan Grubisic, Leopold Haller, Letong Hong, Andranik Kurghinyan, Kenny Lau, Hugh Leather, Seewoo Lee, Aram Markosyan, Ken Ono, Manooshree Patel, Gaurang Pendharkar, Vedant Rathi, Alex Schneidman, Volker Seeker, Shubho Sengupta, Ishan Sinha, Jimmy Xin, Jujian Zhang

AI总结:

该研究证明几乎所有素数在特定条件下满足部分规则性,通过Leopoldt反射得出部分Vandiver定理,并影响p-adic L-函数、模形式同余及K-群中的p- torsion。

摘要:

对于奇素数p,我们令K_p:=$\mathbb{Q}(ζ_p)$为p次循环数域,并令ω表示其Teichmuller特征标。对于α>1/2,我们说一个奇素数p是部分规则的,如果p-阶Sylow子群的Cl(K_p)的特征空间在Galois作用下,对于所有特征标ω^{p-2k}(其中2≤2k≤√p/(log p)^α)都消失。等价地,p不整除B_{2k}的分子在整个范围内。我们证明了一组密度为一的素数集合是部分规则的。通过Leopoldt反射,这导致了一个部分Vandiver定理:对于一组密度为一的素数p,所有满足上述不等式的偶数2k的偶特征空间A_p(ω^{2k})都消失。该结果对Kubota-Leopoldt p-adic L-函数、模形式与 Eisenstein 系列之间的同余关系以及代数K-群中的p- torsion有影响。证明几乎所有p的部分规则性的定理在Lean/Mathlib中完全形式化,并由AxiomProver从自然语言陈述的猜想自动产生。

英文摘要:

For odd primes $p$, we let $K_p:=\mathbb{Q}(ζ_p)$ be the $p$th cyclotomic field and let $ω$ denote its Teichmuller character. For $α>1/2$, we say that an odd prime $p$ is partially regular if the eigenspaces of the $p$-Sylow subgroup of $\operatorname{Cl}(K_p)$ under the Galois action vanish for all characters $ω^{p-2k}$ with \[ 2\le 2k \le \frac{\sqrt{p}}{(\log p)^α}. \] Equivalently, $p\nmid \operatorname{num}(B_{2k})$ throughout this range. We prove that a density-one subset of primes is partially regular in this sense. By Leopoldt reflection, this yields a partial Vandiver Theorem: for a density-one set of primes $p$, the even eigenspaces $A_p(ω^{2k})$ vanish for all even $2k$ satisfying the inequality above. This result has consequences for Kubota-Leopoldt $p$-adic $L$-functions, congruences between cusp forms and Eisenstein series, and $p$-torsion in algebraic $K$-groups. The theorem proving partial regularity for almost all $p$ is fully formalized in Lean/Mathlib and was produced automatically by AxiomProver from a natural-language statement of the conjecture.

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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