AbstractThe family {An}n∈N of divisor matrices was introduced by Raphael Yuster (Discrete Math. 224 (2000) 225–237) as a tool in the investigation of magic sequences. He conjectured that the An are non-singular over any field (so detAn=±1) and that detAn=(−1)n−1, and proved the first conjecture for n divisible by at most two primes. It was proved for arbitrary n by this author (Discrete Math. 250 (2002) 125–135). We here prove that the second conjecture holds for n with at most two prime divisors and for even n with three prime divisors. We also prove that it holds for n if it holds for all square-free divisors of n
AbstractA recent conjecture of Myerson and Sander concerns divisibility properties of certain multin...
In this paper, we study the complexity of computing the determinant of a matrix over a non-commutati...
<F4.793e+05> We prove a new combinatorial characterization of the<F3.928e+05> determi-&...
AbstractThe family {An}n∈N of divisor matrices was introduced by Raphael Yuster (Discrete Math. 224 ...
AbstractYuster (Arithmetic progressions with constant weight, Discrete Math. 224 (2000) 225–237) def...
AbstractYuster (Arithmetic progressions with constant weight, Discrete Math. 224 (2000) 225–237) def...
A matrix is Bohemian if its elements are taken from a finite set of integers. We enumerate all poss...
AbstractIn this paper we study the maximal absolute values of determinants and subdeterminants of ±1...
AbstractFormulas are obtained for the determinants of certain matrices whose entries are zero and ei...
: Wm , Wendt's binomial circulant determinant, is the determinant of an m by m circulant matrix...
This article evaluates the determinants of two classes of special matrices, which are both from a nu...
Abstract. We prove several evaluations of determinants of matrices, the entries of which are given b...
AbstractLet a,b and n be positive integers and the set S={x1,…,xn} of n distinct positive integers b...
AbstractLet be an arithmetical function and S = x1, xn a set of distinct positive integers. Let ((xi...
AbstractGiven three lists of ideals of a Dedekind domain, the question is raised whether there exist...
AbstractA recent conjecture of Myerson and Sander concerns divisibility properties of certain multin...
In this paper, we study the complexity of computing the determinant of a matrix over a non-commutati...
<F4.793e+05> We prove a new combinatorial characterization of the<F3.928e+05> determi-&...
AbstractThe family {An}n∈N of divisor matrices was introduced by Raphael Yuster (Discrete Math. 224 ...
AbstractYuster (Arithmetic progressions with constant weight, Discrete Math. 224 (2000) 225–237) def...
AbstractYuster (Arithmetic progressions with constant weight, Discrete Math. 224 (2000) 225–237) def...
A matrix is Bohemian if its elements are taken from a finite set of integers. We enumerate all poss...
AbstractIn this paper we study the maximal absolute values of determinants and subdeterminants of ±1...
AbstractFormulas are obtained for the determinants of certain matrices whose entries are zero and ei...
: Wm , Wendt's binomial circulant determinant, is the determinant of an m by m circulant matrix...
This article evaluates the determinants of two classes of special matrices, which are both from a nu...
Abstract. We prove several evaluations of determinants of matrices, the entries of which are given b...
AbstractLet a,b and n be positive integers and the set S={x1,…,xn} of n distinct positive integers b...
AbstractLet be an arithmetical function and S = x1, xn a set of distinct positive integers. Let ((xi...
AbstractGiven three lists of ideals of a Dedekind domain, the question is raised whether there exist...
AbstractA recent conjecture of Myerson and Sander concerns divisibility properties of certain multin...
In this paper, we study the complexity of computing the determinant of a matrix over a non-commutati...
<F4.793e+05> We prove a new combinatorial characterization of the<F3.928e+05> determi-&...