AN EXPERIMENT ON THE MONOGENITY OF A FAMILY OF TRINOMIALS
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Publication:5074027
DOI10.17654/NT051010097zbMath1499.11318OpenAlexW3175953741MaRDI QIDQ5074027
Publication date: 6 May 2022
Published in: JP Journal of Algebra, Number Theory and Applications (Search for Journal in Brave)
Full work available at URL: https://doi.org/10.17654/nt051010097
trinomialspower integral basismonogenitysextic fieldsrelative Thue equationscalculating the solutions
Thue-Mahler equations (11D59) Other number fields (11R21) Computer solution of Diophantine equations (11Y50) Algebraic numbers; rings of algebraic integers (11R04)
Related Items (10)
On non-monogenity of the number fields defined by certain quadrinomials ⋮ Non-monogenity of certain octic number fields defined by trinomials ⋮ On monogenity of certain number fields defined by \(x^8+ax+b\) ⋮ On common index divisors and monogenity of certain number fields defined by x5 + ax2 + b ⋮ On non monogenity of certain number fields defined by trinomials \(x^6 + ax^3 + b\) ⋮ On nonmonogenic number fields defined by trinomials of type \(x^n +ax^m+b\) ⋮ On common index divisor and monogenity of certain number fields defined by trinomials X6 + AX + B ⋮ On index and monogenity of certain number fields defined by trinomials ⋮ On monogenity of certain number fields defined by trinomials ⋮ Common index divisor of the number fields defined by
Uses Software
Cites Work
- Computing elements of given index in totally complex cyclic sextic fields
- Power integral bases in a family of sextic fields with quadratic subfields
- The index of a quartic field defined by a trinomial X4 + aX + b
- Infinite families of monogenic trinomials and their Galois groups
- Characterization of primes dividing the index of a trinomial
- Monogenic trinomials with non-squarefree discriminant
- Monogenity in totally complex sextic fields, revisited
- Diophantine Equations and Power Integral Bases
- Calculating “Small” Solutions of Relative Thue Equations
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