AbstractIn this paper we show that there are, up to isomorphisms, exactly 15 totally imaginary eight-degree number fields having a discriminant smaller than 1656110. The proof of this result was obtained in the following manner: For each totally imaginary eight-degree number field with a discriminant smaller than 1656110, we constructed a polynomial, one root of which was a generator of the number field. In order to circumscribe the number of polynomials to be studied, we used, on the one hand, methods issuing from the geometry of numbers and on the other, the method developed by Odlyzko, Poitou, and Serre for the determination of lower bounds for discriminants
We show that there are finitely many imaginary quadratic number fields for which the class group has...
AbstractThe set S consisting of those positive integers n which are uniquely expressible in the form...
AbstractThe root discriminant of a number field of degree n is the n th root of the absolute value o...
AbstractIn this paper we show that there are, up to isomorphisms, exactly 15 totally imaginary eight...
AbstractThe minimum discriminant of totally real octic algebraic number fields is determined. It is ...
In this paper we describe how to use the algorithmic methods provided by Hunter and Pohst in order t...
AbstractA new method of determining algebraic number fields with discriminants of small absolute val...
Abstract. Let D> 1 be an integer, and let b = b(D)> 1 be its smallest divisor. We show that th...
. Complete lists of number fields, of given degree n and unramified outside a given finite set S of ...
AbstractThe minimum discriminant of totally real octic algebraic number fields is determined. It is ...
The determination of the class number of totally real fields of large discriminant is known to be a ...
AbstractA new method of determining algebraic number fields with discriminants of small absolute val...
Seja ℓ > 3 um primo Ãmpar. Sejam So, S+, S_ conjuntos finitos mutuamente disjuntos de primos r...
AbstractThe root discriminant of a number field of degree n is the n th root of the absolute value o...
We show that there are finitely many imaginary quadratic number fields for which the class group has...
We show that there are finitely many imaginary quadratic number fields for which the class group has...
AbstractThe set S consisting of those positive integers n which are uniquely expressible in the form...
AbstractThe root discriminant of a number field of degree n is the n th root of the absolute value o...
AbstractIn this paper we show that there are, up to isomorphisms, exactly 15 totally imaginary eight...
AbstractThe minimum discriminant of totally real octic algebraic number fields is determined. It is ...
In this paper we describe how to use the algorithmic methods provided by Hunter and Pohst in order t...
AbstractA new method of determining algebraic number fields with discriminants of small absolute val...
Abstract. Let D> 1 be an integer, and let b = b(D)> 1 be its smallest divisor. We show that th...
. Complete lists of number fields, of given degree n and unramified outside a given finite set S of ...
AbstractThe minimum discriminant of totally real octic algebraic number fields is determined. It is ...
The determination of the class number of totally real fields of large discriminant is known to be a ...
AbstractA new method of determining algebraic number fields with discriminants of small absolute val...
Seja ℓ > 3 um primo Ãmpar. Sejam So, S+, S_ conjuntos finitos mutuamente disjuntos de primos r...
AbstractThe root discriminant of a number field of degree n is the n th root of the absolute value o...
We show that there are finitely many imaginary quadratic number fields for which the class group has...
We show that there are finitely many imaginary quadratic number fields for which the class group has...
AbstractThe set S consisting of those positive integers n which are uniquely expressible in the form...
AbstractThe root discriminant of a number field of degree n is the n th root of the absolute value o...