Baeza, R. (reprint author), Univ Talca, Inst Matemat & Fis, Casilla 721, Talca Chile.We develop a method to compute the Hermite-Humbert constants gamma(K,n) of a real quadratic number field K, the analogue of the classical Hermite constant gamma(n) when Q is replaced by a quadratic extension. In the case n = 2, the problem is equivalent to the determination of lowest points of fundamental domains in H-2 for the Hilbert modular group over K, that had been studied experimentally by H. Cohn. We establish the results he conjectured for the fields Q(root2), Q(root3) and Q(root5). The method relies on the characterization of extreme forms in terms of perfection and eutaxy given by the second author in an earlier paper
Coulangeon, R (reprint author), Univ Bordeaux 1, Inst Math Bordeaux, 351 Cours Liberat, F-334405 Tal...
A number of recent results give constructions of totally real number fields of specific degrees that...
Abstract. Let E be an imaginary quadratic extension of Q of class number one. We examine certain rep...
AbstractWe develop an algorithm for calculating Hermite–Humbert constants of real quadratic fields K...
We introduce the projective Hermite constant for positive definite binary hermitian forms associated...
AbstractWe develop an algorithm for calculating Hermite–Humbert constants of real quadratic fields K...
We use Humbert's reduction theory to introduce an obstruction for the unimodularity of minimal vecto...
We give a brief survey on some generalizations of the Hermite constant of quadratic forms. Our main ...
AbstractTextRuppert proved that there is a constant d2 such that every imaginary quadratic number fi...
We present an adaptation of Voronoi theory for imaginary quadratic number fields of class number gre...
Let Fqjavax.xml.bind.JAXBElement@60d37c4e be the finite field with q2 elements. Most of the known Fq...
Let Fqjavax.xml.bind.JAXBElement@47e531f1 be the finite field with q2 elements. Most of the known Fq...
Let Fqjavax.xml.bind.JAXBElement@60d37c4e be the finite field with q2 elements. Most of the known Fq...
Let Fqjavax.xml.bind.JAXBElement@47e531f1 be the finite field with q2 elements. Most of the known Fq...
This thesis is concerned with the existence, behaviour and performance of the quadratic Hermite-Padé...
Coulangeon, R (reprint author), Univ Bordeaux 1, Inst Math Bordeaux, 351 Cours Liberat, F-334405 Tal...
A number of recent results give constructions of totally real number fields of specific degrees that...
Abstract. Let E be an imaginary quadratic extension of Q of class number one. We examine certain rep...
AbstractWe develop an algorithm for calculating Hermite–Humbert constants of real quadratic fields K...
We introduce the projective Hermite constant for positive definite binary hermitian forms associated...
AbstractWe develop an algorithm for calculating Hermite–Humbert constants of real quadratic fields K...
We use Humbert's reduction theory to introduce an obstruction for the unimodularity of minimal vecto...
We give a brief survey on some generalizations of the Hermite constant of quadratic forms. Our main ...
AbstractTextRuppert proved that there is a constant d2 such that every imaginary quadratic number fi...
We present an adaptation of Voronoi theory for imaginary quadratic number fields of class number gre...
Let Fqjavax.xml.bind.JAXBElement@60d37c4e be the finite field with q2 elements. Most of the known Fq...
Let Fqjavax.xml.bind.JAXBElement@47e531f1 be the finite field with q2 elements. Most of the known Fq...
Let Fqjavax.xml.bind.JAXBElement@60d37c4e be the finite field with q2 elements. Most of the known Fq...
Let Fqjavax.xml.bind.JAXBElement@47e531f1 be the finite field with q2 elements. Most of the known Fq...
This thesis is concerned with the existence, behaviour and performance of the quadratic Hermite-Padé...
Coulangeon, R (reprint author), Univ Bordeaux 1, Inst Math Bordeaux, 351 Cours Liberat, F-334405 Tal...
A number of recent results give constructions of totally real number fields of specific degrees that...
Abstract. Let E be an imaginary quadratic extension of Q of class number one. We examine certain rep...