Finding integer solutions to norm form equations is a classical Diophantine problem. Using the units of the associated coefficient ring, we can produce sequences of solutions to these equations. It is known that these solutions can be written as tuples of linear recurrence sequences. We show that for certain families of norm forms defined over quartic fields, there exist integrally equivalent forms making any one fixed coordinate sequence a linear divisibility sequence
If the quaternary quartic equation 9 · (u² + 7v²)² − 7 · (r² + 7s²)² = 2 (*) which M. Davis put...
Let α be an algebraic number of degree d ≥ 3 and let K be the algebraic number field Q(α). When ε is...
AbstractThis paper obtains a result on the finiteness of the number of integer solutions to decompos...
Diophantine analysis is an area of number theory concerned with finding integral solutions to polyno...
This paper is devoted to the establishment of explicit bounds on the rational function solutions of ...
AbstractWe consider the general norm form equation over a function field. Under the usual condition,...
The field of transcendance has a variety of subfields including : the transcendence of individual nu...
AbstractThe goals of this paper are to provide: (1) sufficient conditions, based on the solvability ...
AbstractIn my paper, [Man. Math. 18 (1976), Satz 1.1] I proved a result on simultaneous diophantine ...
While effective resolution of Thue equations has been well understood since the work of Baker in the...
AbstractLet kQ be any finite normal extension and fix an order D of k invariant under the galois gro...
AbstractIn his paper [Ann. of Math. 96 (1972)] Schmidt applied his results on the n-dimensional Roth...
Abstract. In this paper, we present a new technique for determining all perfect powers in so-called ...
Let $u_1,...,u_m$ be linear recurrences with values in a field K of positive characteristic p. We sh...
AbstractCombining Baker's effective method with the reduction procedure of Baker and Davenport, we g...
If the quaternary quartic equation 9 · (u² + 7v²)² − 7 · (r² + 7s²)² = 2 (*) which M. Davis put...
Let α be an algebraic number of degree d ≥ 3 and let K be the algebraic number field Q(α). When ε is...
AbstractThis paper obtains a result on the finiteness of the number of integer solutions to decompos...
Diophantine analysis is an area of number theory concerned with finding integral solutions to polyno...
This paper is devoted to the establishment of explicit bounds on the rational function solutions of ...
AbstractWe consider the general norm form equation over a function field. Under the usual condition,...
The field of transcendance has a variety of subfields including : the transcendence of individual nu...
AbstractThe goals of this paper are to provide: (1) sufficient conditions, based on the solvability ...
AbstractIn my paper, [Man. Math. 18 (1976), Satz 1.1] I proved a result on simultaneous diophantine ...
While effective resolution of Thue equations has been well understood since the work of Baker in the...
AbstractLet kQ be any finite normal extension and fix an order D of k invariant under the galois gro...
AbstractIn his paper [Ann. of Math. 96 (1972)] Schmidt applied his results on the n-dimensional Roth...
Abstract. In this paper, we present a new technique for determining all perfect powers in so-called ...
Let $u_1,...,u_m$ be linear recurrences with values in a field K of positive characteristic p. We sh...
AbstractCombining Baker's effective method with the reduction procedure of Baker and Davenport, we g...
If the quaternary quartic equation 9 · (u² + 7v²)² − 7 · (r² + 7s²)² = 2 (*) which M. Davis put...
Let α be an algebraic number of degree d ≥ 3 and let K be the algebraic number field Q(α). When ε is...
AbstractThis paper obtains a result on the finiteness of the number of integer solutions to decompos...