Number theory is a branch of mathematics that is primarily focused on the study of positive integers, or natural numbers, and their properties such as divisibility, prime factorization, or …
NC Bonciocat, M Cipu… - Journal of the London …, 2022 - Wiley Online Library
A set of positive integers with the property that the product of any two of them is the successor of a perfect square is called Diophantine D (− 1) D(-1)‐set. Such objects are …
A Dujella - Journal de théorie des nombres de Bordeaux, 2001 - numdam.org
Diophantine m-tuples and elliptic curves Page 1 JOURNAL DE THÉORIE DES NOMBRES DE BORDEAUX ANDREJ DUJELLA Diophantine m-tuples and elliptic curves Journal de …
C Elsholtz, A Filipin, Y Fujita - Monatshefte für Mathematik, 2014 - Springer
In this paper the known upper bound 10^ 96 10 96 for the number of Diophantine quintuples is reduced to 6.8 ⋅ 10^ 32 6.8· 10 32. The key ingredient for the improvement is that certain …
T Hammonds, S Kim, SJ Miller, A Nigam… - … Journal of Number …, 2023 - World Scientific
In this paper, we define ak-Diophantine m-tuple to be a set of m positive integers such that the product of any k distinct positive integers is one less than a perfect square. We study …
Y Fujita, I Soldo - Acta Mathematica Hungarica, 2023 - Springer
Abstract AD (n)-m-tuple, where n is a non-zero integer, is a set of m distinct elements in a commutative ring R such that the product of any two distinct elements plus n is a perfect …
For a nonzero integer n, a set of distinct nonzero integers {a 1, a 2,…, am} such that aia j+ n is a perfect square for all 1≤ i< j≤ m, is called a Diophantine m-tuple with the property D (n) …
B He, A Togbé - Acta Mathematica Hungarica, 2009 - search.ebscohost.com
Let A and k be positive integers. We study the Diophantine quadruples. We prove that if d is a positive integer such that the product of any two distinct elements of the set increased by 1 …
A Filipin, Y Fujita, M Mignotte - The Quarterly Journal of …, 2012 - academic.oup.com
In this paper, we show that some parametric families of D (− 1)-triples cannot be extended to D (− 1)-quadruples. Using this result, we further show that in each case of r= pk, r= 2 pk, r 2+ …