activity
20182022
most citedIntegral bases and monogenity of pure fields

68 citations · 107 across the 12 of their papers we have counts for

collaborators

14 papers

math.NT2022★ 1 cited

On the monogenity of quartic number fields defined by

Lhoussain El Fadil, István Gaál

For any quartic number field generated by a root of an irreducible trinomial of type , we characterize when is integrally closed. Also for $p=2,3…

math.NT2022★ 1 cited

On integral bases and monogenity of pure octic number fields with non-square free parameters

Lhoussain El Fadil, István Gaál

In all available papers, on power integral bases of pure octic number fields , generated by a root of a monic irreducible polynomial , it was assu…

math.NT2021

Monogenity in totally real extensions of imaginary quadratic fields with an application to simplest quartic fields

István Gaál

We describe an efficient algorithm to calculate generators of power integral bases in composites of totally real fields with imaginary quadratic fields. We show that the calculatio…

math.NT2021

Totally real Thue inequalities over imaginary quadratic fields: an improvement

István Gaál, Borka Jadrijevic, László Remete

We significantly improve our results of Glas. Mat., III. Ser. 53(2018), No. 2, 229-238, reducing relative Thue inequalities to absolute ones.

math.NT2021

Calculating "small" solutions of inhomogeneous relative Thue inequalities

István Gaál

Thue equations and their relative and inhomogeneous extensions are well known in the literature. There exist methods, usually tedious methods, for the complete resolution of these…

math.NT2018

Simplest quartic and simplest sextic Thue equations over imaginary quadratic fields

István Gaál, Borka Jadrijević, László Remete

The families of simplest cubic, simplest quartic and simplest sextic fields and the related Thue equations are well known. The family of simplest cubic Thue equations was already s…

math.NT2018

Totally real Thue inequalities over imaginary quadratic fields

István Gaál, Borka Jadrijević, László Remete

Let be an irreducible binary form of degree with integer coefficients and with real roots. Let be an imaginary quadratic field, with ring of integers . L…

math.NT2018★ 3 cited

Solving binomial Thue equations

István Gaál, László Remete

We consider binomial Thue equations of type in . Optimizing the method of Peth\H o we perform an extensive calculation by a high performance computer to…

math.NT2018★ 12 cited

Binomial Thue equations and power integral bases in pure quartic fields

István Gaál, László Remete

It is a classical problem in algebraic number theory to decide if a number field admits power integral bases and further to calculate all generators of power integral bases. This p…

math.NT2018

Relative power integral bases in infinite families of quartic extensions of quadratic fields

István Gaál, Tí mea Szabó

We consider infinite parametric families of octic fields, that are quartic extensions of quadratic fields. We describe all relative power integral bases of the octic fields over th…

math.NT2018★ 17 cited

Non-monogenity in a family of octic fields

István Gaál, László Remete

Let be a square-free positive integer, . We show that the number field is non-monogene, that is it does not admit any power in…

math.NT2018★ 5 cited

Calculating power integral bases by using relative power integral bases

István Gaál, László Remete, Tí mea Szabó

Let be number fields. We consider the relation of relative power integral bases of over with absolute power integral bases of over . We show how generat…

math.NT2018★ 68 cited

Integral bases and monogenity of pure fields

István Gaál, László Remete

Let be a square-free integer (). We show that the structure of the integral bases of the fields are periodic in . For we sh…

math.NT2018

Integral bases and monogenity of the simplest sextic fields

István Gaál, László Remete

Let be an integer, such that is square free. Let be a root of \[ f=x^6-2mx^5-(5m+15)x^4-20x^3+5mx^2+(2m+6)x+1. \] The totally real cyclic field…