For each prime p, we prove the existence of infinitely many real quadratic p-rational number fields as well as the existence of a real and an imaginary bi-quadratic p-rational number field. Moreover for p = 3, we show the existence of infinitely many imaginary bi-quadratic 3-rational number fields. For p > 5 and F a real multi-quadratic p-rational number field with tame kernel of ordre prime to p, we prove the existence of infinitely many imaginary quadratic extensions of F, p-rational.Using a recent method developed by Greenberg, we deduce the existence of Galois extensions of Q whose Galois groups are isomorphic to open subgroups of GLn(Zp) for n = 4 and n = 5 and at least for all p ≤ 718.328.637. Finally, we give a new reformulation of t...
ABSTRACT. Given a quadratic field K, we determine the number of quadratic extenaiona of K, which are...
Let π(x; φ1, φ2; β, γ) be the number of primes p from ℤ such that p≡β (mod γ), N(p)≤x, φ1≤arg p≤φ2. ...
AbstractLet Ed(x) denote the “Euler polynomial” x2+x+(1−d)/4 if d≡1 (mod 4) and x2−d if d≡2,3 (mod 4...
For each prime p, we prove the existence of infinitely many real quadratic p-rational number fields ...
Pour chaque nombre premier p, nous prouvons l’existence d’une infinité de corps quadratiques réels p...
In his work about Galois representations, Greenberg conjectured the existence, for any odd prime p a...
Published in: Pub. Math. Besancon (Théorie des Nombres) (2019) (2), 29-51. https://pmb.centre-mersen...
To appear in Publ. Math. Fac. Sci. Besançon (2019)New Sections and new applicationsLet K be a number...
In this short note we confirm the relation between the generalized abc-conjecture and the p-rational...
International audienceIn this paper we make a series of numerical experiments to support Greenberg...
RésuméFor a prime l dividing a prime number ℓ, we define what it is for a number fieldKto be l-ratio...
Let $k$ be a number field, $p$ a prime, and $k^{nr,p}$ the maximal unramified $p$-extension of $k$. ...
Jaulent J-F, Sauzet O. Pro-ℓ-extensions de corps de nombres l-rationnels. Journal of Number Theory. ...
denote the fundamental unit of the real quadratic field Q(Vm). It is our purpose to evaluate the rat...
Abstract. We examine all primes of the form bn−1 in imaginary quadratic number fields, noting that b...
ABSTRACT. Given a quadratic field K, we determine the number of quadratic extenaiona of K, which are...
Let π(x; φ1, φ2; β, γ) be the number of primes p from ℤ such that p≡β (mod γ), N(p)≤x, φ1≤arg p≤φ2. ...
AbstractLet Ed(x) denote the “Euler polynomial” x2+x+(1−d)/4 if d≡1 (mod 4) and x2−d if d≡2,3 (mod 4...
For each prime p, we prove the existence of infinitely many real quadratic p-rational number fields ...
Pour chaque nombre premier p, nous prouvons l’existence d’une infinité de corps quadratiques réels p...
In his work about Galois representations, Greenberg conjectured the existence, for any odd prime p a...
Published in: Pub. Math. Besancon (Théorie des Nombres) (2019) (2), 29-51. https://pmb.centre-mersen...
To appear in Publ. Math. Fac. Sci. Besançon (2019)New Sections and new applicationsLet K be a number...
In this short note we confirm the relation between the generalized abc-conjecture and the p-rational...
International audienceIn this paper we make a series of numerical experiments to support Greenberg...
RésuméFor a prime l dividing a prime number ℓ, we define what it is for a number fieldKto be l-ratio...
Let $k$ be a number field, $p$ a prime, and $k^{nr,p}$ the maximal unramified $p$-extension of $k$. ...
Jaulent J-F, Sauzet O. Pro-ℓ-extensions de corps de nombres l-rationnels. Journal of Number Theory. ...
denote the fundamental unit of the real quadratic field Q(Vm). It is our purpose to evaluate the rat...
Abstract. We examine all primes of the form bn−1 in imaginary quadratic number fields, noting that b...
ABSTRACT. Given a quadratic field K, we determine the number of quadratic extenaiona of K, which are...
Let π(x; φ1, φ2; β, γ) be the number of primes p from ℤ such that p≡β (mod γ), N(p)≤x, φ1≤arg p≤φ2. ...
AbstractLet Ed(x) denote the “Euler polynomial” x2+x+(1−d)/4 if d≡1 (mod 4) and x2−d if d≡2,3 (mod 4...