AbstractIn this paper we prove the best possible upper bounds for the number of elements in a set of polynomials with integer coefficients all having the same degree, such that the product of any two of them plus a linear polynomial is a square of a polynomial with integer coefficients. Moreover, we prove that there does not exist a set of more than 12 polynomials with integer coefficients and with the property from above. This significantly improves a recent result of the first two authors with Tichy [A. Dujella, C. Fuchs, R.F. Tichy, Diophantine m-tuples for linear polynomials, Period. Math. Hungar. 45 (2002) 21–33]
Abstract. In this paper, we prove that there does not exist a set of 11 polynomials with coefficient...
Let a and b be positive integers with a<b , such that ab+1 is a perfect square. In this paper we giv...
For a nonzero integer n, a set of distinct nonzero integers {a_{1} : a_{2} : a_{m}} such that a_{i}a...
AbstractIn this paper we prove the best possible upper bounds for the number of elements in a set of...
In this paper, we prove that there does not exist a set with more than 98 nonzero polynomials in Z[X...
AbstractIn this paper, we prove that if {a,b,c,d} is a set of four non-zero polynomials with integer...
AbstractA set of m positive integers is called a Diophantine m-tuple if the product of its any two d...
A set of m positive integers {a1,...,am} is called a Diophantine m-tuple if the product of any two e...
In this paper we prove that every Diophantine quadruple in ℝ [X] is regular. In other words, we prov...
We consider Diophantine quintuples {a,b,c,d,e}. These are sets of positive integers, the product of ...
In this paper we prove that if {a,b,c,d} is a set of four non-zero polynomials with integer coeffici...
Let n be a non-zero integer. A set of m positive integers { a1,a2,⋯ ,am} such that aiaj+n is a perfe...
AbstractLet a, b, c, d be given nonnegative integers with a,d⩾1. Using Chebyshevʼs inequalities for ...
A set {a1, ... ,am} of m distinct positive integers is called a Diophantine m-tuple if aiaj+1 is a p...
In this paper we prove that there does not exist a set of four non-zero polynomials from (mathbb{Z}[...
Abstract. In this paper, we prove that there does not exist a set of 11 polynomials with coefficient...
Let a and b be positive integers with a<b , such that ab+1 is a perfect square. In this paper we giv...
For a nonzero integer n, a set of distinct nonzero integers {a_{1} : a_{2} : a_{m}} such that a_{i}a...
AbstractIn this paper we prove the best possible upper bounds for the number of elements in a set of...
In this paper, we prove that there does not exist a set with more than 98 nonzero polynomials in Z[X...
AbstractIn this paper, we prove that if {a,b,c,d} is a set of four non-zero polynomials with integer...
AbstractA set of m positive integers is called a Diophantine m-tuple if the product of its any two d...
A set of m positive integers {a1,...,am} is called a Diophantine m-tuple if the product of any two e...
In this paper we prove that every Diophantine quadruple in ℝ [X] is regular. In other words, we prov...
We consider Diophantine quintuples {a,b,c,d,e}. These are sets of positive integers, the product of ...
In this paper we prove that if {a,b,c,d} is a set of four non-zero polynomials with integer coeffici...
Let n be a non-zero integer. A set of m positive integers { a1,a2,⋯ ,am} such that aiaj+n is a perfe...
AbstractLet a, b, c, d be given nonnegative integers with a,d⩾1. Using Chebyshevʼs inequalities for ...
A set {a1, ... ,am} of m distinct positive integers is called a Diophantine m-tuple if aiaj+1 is a p...
In this paper we prove that there does not exist a set of four non-zero polynomials from (mathbb{Z}[...
Abstract. In this paper, we prove that there does not exist a set of 11 polynomials with coefficient...
Let a and b be positive integers with a<b , such that ab+1 is a perfect square. In this paper we giv...
For a nonzero integer n, a set of distinct nonzero integers {a_{1} : a_{2} : a_{m}} such that a_{i}a...