AbstractIn this paper we develop a method for computing all small solutions (i.e. with coordinates of absolute value <107) of index form equations in totally real biquadratic number fields. If the index form equation is not solvable, this will also be recognized by our algorithm in most cases. As an application we present all such solutions in quadratic extensions K of Q(√5) of discriminant DKQ < 63000 and of Q(√2) of discriminant DKQ < 39000
The index of an integral element $\alpha$ in a number field $K$ with discriminant $D_K$ is the index...
We provide a comprehensive description of biquadratic function fields and their properties, includi...
ZusammenfassungLet K be an algebraic number field with non-zero α, β∈K. Siegel showed in 1929 that t...
AbstractCombining Baker's effective method with the reduction procedure of Baker and Davenport, we g...
AbstractIn this paper we reduce the problem of solving index form equations in quartic number fields...
In this paper we find a minimal index and determine all integral elements with the minimal index in ...
AbstractCombining Baker's effective method with the reduction procedure of Baker and Davenport, we g...
AbstractLet m, n be distinct square-free rational integers and let K=Q(√m, √n). Combining Baker-type...
AbstractLet m, n be distinct square-free rational integers and let K=Q(√m, √n). Combining Baker-type...
AbstractWe give an efficient algorithm for the resolution of index form equations, especially for de...
AbstractWe describe an efficient algorithm for solving index form equations in number fields of degr...
In this paper we find a minimal index and determine all integral elements with the minimal index in ...
AbstractWe describe an efficient algorithm for solving index form equations in number fields of degr...
AbstractA general method is given to solve discriminant and index form equations of Thue and Mahler ...
AbstractWe give an efficient algorithm for the resolution of index form equations, especially for de...
The index of an integral element $\alpha$ in a number field $K$ with discriminant $D_K$ is the index...
We provide a comprehensive description of biquadratic function fields and their properties, includi...
ZusammenfassungLet K be an algebraic number field with non-zero α, β∈K. Siegel showed in 1929 that t...
AbstractCombining Baker's effective method with the reduction procedure of Baker and Davenport, we g...
AbstractIn this paper we reduce the problem of solving index form equations in quartic number fields...
In this paper we find a minimal index and determine all integral elements with the minimal index in ...
AbstractCombining Baker's effective method with the reduction procedure of Baker and Davenport, we g...
AbstractLet m, n be distinct square-free rational integers and let K=Q(√m, √n). Combining Baker-type...
AbstractLet m, n be distinct square-free rational integers and let K=Q(√m, √n). Combining Baker-type...
AbstractWe give an efficient algorithm for the resolution of index form equations, especially for de...
AbstractWe describe an efficient algorithm for solving index form equations in number fields of degr...
In this paper we find a minimal index and determine all integral elements with the minimal index in ...
AbstractWe describe an efficient algorithm for solving index form equations in number fields of degr...
AbstractA general method is given to solve discriminant and index form equations of Thue and Mahler ...
AbstractWe give an efficient algorithm for the resolution of index form equations, especially for de...
The index of an integral element $\alpha$ in a number field $K$ with discriminant $D_K$ is the index...
We provide a comprehensive description of biquadratic function fields and their properties, includi...
ZusammenfassungLet K be an algebraic number field with non-zero α, β∈K. Siegel showed in 1929 that t...