AbstractLet B be a totally complex number field, Galois over the rational field Q, with Galois group S3, the symmetric group on three elements. The group of units of B has torsion free rank 2. In this paper, we determine the various inequivalent representations that occur of S3 acting on the group of units and determine arithmetic criteria for deciding which representation occurs for a particular field. As a result, we can give a relatively simple computational procedure for determining a pair of fundamental units of B given a fundamental unit in a cubic subfield
AbstractUsing work of Colmez, we give a quick algorithm for obtaining a clean fundamental domain for...
AbstractLetMbe either the field of rationals Q or a quadratic imaginary number field. We denote byNa...
Abstract. In this paper we give a complete characterization of the unit group U (FS3) of the group a...
AbstractThe author determines all pure cubic fields Q(n3) whose class numbers are multiples of three
AbstractThe classical genus theory of Gauss has been extended by Hilbert from the quadratic field ov...
Dirichlet's theorem describes the structure of the group of units of the ring of algebraic integers ...
AbstractLet F be a totally real cubic field. Then, the group of totally positive units in F acts on ...
AbstractAn efficient method for computing the number of invariants of the quotient group CC ⌢ T, whe...
AbstractBy computing the rank of the group of unimodular units in a given number field, we provide a...
AbstractUsing work of Colmez, we give a quick algorithm for obtaining a clean fundamental domain for...
AbstractThe stufe, s = s(K), of a field K is the least number such that −1 is the sum of s squares o...
This is a study of relations between pure cubic fields and their normal closures. Explicit formula s...
International audienceLet ϵ be a totally real cubic algebraic unit. Assume that the cubic number f...
International audienceLet ϵ be a totally real cubic algebraic unit. Assume that the cubic number f...
AbstractLet F be a (finite) algebraic number field, and let K be a cyclic cubic extension of F. Assu...
AbstractUsing work of Colmez, we give a quick algorithm for obtaining a clean fundamental domain for...
AbstractLetMbe either the field of rationals Q or a quadratic imaginary number field. We denote byNa...
Abstract. In this paper we give a complete characterization of the unit group U (FS3) of the group a...
AbstractThe author determines all pure cubic fields Q(n3) whose class numbers are multiples of three
AbstractThe classical genus theory of Gauss has been extended by Hilbert from the quadratic field ov...
Dirichlet's theorem describes the structure of the group of units of the ring of algebraic integers ...
AbstractLet F be a totally real cubic field. Then, the group of totally positive units in F acts on ...
AbstractAn efficient method for computing the number of invariants of the quotient group CC ⌢ T, whe...
AbstractBy computing the rank of the group of unimodular units in a given number field, we provide a...
AbstractUsing work of Colmez, we give a quick algorithm for obtaining a clean fundamental domain for...
AbstractThe stufe, s = s(K), of a field K is the least number such that −1 is the sum of s squares o...
This is a study of relations between pure cubic fields and their normal closures. Explicit formula s...
International audienceLet ϵ be a totally real cubic algebraic unit. Assume that the cubic number f...
International audienceLet ϵ be a totally real cubic algebraic unit. Assume that the cubic number f...
AbstractLet F be a (finite) algebraic number field, and let K be a cyclic cubic extension of F. Assu...
AbstractUsing work of Colmez, we give a quick algorithm for obtaining a clean fundamental domain for...
AbstractLetMbe either the field of rationals Q or a quadratic imaginary number field. We denote byNa...
Abstract. In this paper we give a complete characterization of the unit group U (FS3) of the group a...