AN EXPLICIT UPPER BOUND FOR THE LEAST PRIME IDEAL IN THE CHEBOTAREV DENSITY THEOREM

  • Ahn, Jeoung-Hwan
  • Kwon, Soun-Hi
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초록

Lagarias, Montgomery, and Odlyzko proved that there exists an effectively computable absolute constant A(1)( )such that for every finite extension K of Q, every finite Galois extension L of K with Galois group G and every conjugacy class C of G, there exists a prime ideal p of K which is unramified in L, for which [L/K/p] = C, for which N-K/Q p is a rational prime, and which satisfies N-K/Q p <= 2d(L)(A1). In this paper we show without any restriction that N-K/Q p <= d(L)(12577) if L not equal Q, using the approach developed by Lagarias, Montgomery, and Odlyzko.

키워드

The Chebotarev density theoremDedekind zeta functionsthe Deuring-Heilbronn phenomenonZERO-FREE REGIONSDIRICHLET L-FUNCTIONSQUADRATIC NON-RESIDUECONDITIONAL BOUNDS
제목
AN EXPLICIT UPPER BOUND FOR THE LEAST PRIME IDEAL IN THE CHEBOTAREV DENSITY THEOREM
저자
Ahn, Jeoung-HwanKwon, Soun-Hi
DOI
10.5802/aif.3274
발행일
2019
유형
Article
저널명
Annales de l'Institut Fourier
69
3
페이지
1411 ~ 1458