In a recent paper (Tran et al, Ann. Phys.311, 204 (2004)), some asymptotic number theoretical results on the partitioning of an integer were derived exploiting its connection to the quantum density of states of a many-particle system. We generalise these results to obtain an asymptotic formula for the restricted or coloured partitions pks (n), which is the number of partitions of an integer n into the summand of sth powers of integers such that each power of a given integer may occur utmost k times. While the method is not rigorous, it reproduces the well-known asymptotic results for s = 1 apart from yielding more general results for arbitrary values of s
Combinatorial mathematics is not frequently associated with quantum physics. However, work in one di...
Our main results are asymptotic zero-one laws satisfied by the diagrams of unimodal sequences of pos...
Combinatorial mathematics is not frequently associated with quantum physics. However, work in one di...
number theoretical results on the partitioning of an integer were derived exploiting its connection ...
This paper exploits the connection between the quantum many-particle density of states and the parti...
In this paper, we discuss P(n), the number of ways a given integer n may be written as a sum of prim...
In this paper, we discuss P(n), the number of ways a given integer n may be written as a sum of prim...
In this paper, we discuss P(n), the number of ways a given integer n may be written as a sum of prim...
The number partitioning problem can be interpreted physically in terms of a thermally isolated nonin...
Paper presented at Strathmore International Math Research Conference on July 23 - 27, 2012We study t...
A partition of a positive integer n is a way of writing it as the sum of positive integers without r...
Let PK, L(N) be the number of unordered partitions of a positive integer N into K or fewer positive ...
AbstractAsymptotic expansions, similar to those of Roth and Szekeres, are obtained for the number of...
The class of minimal difference partitionsMDP(q) (with gap q) is defined by the condition that succe...
AbstractLet p(nS) be the number of partitions of n with parts belonging to the set S; let q(nS) be t...
Combinatorial mathematics is not frequently associated with quantum physics. However, work in one di...
Our main results are asymptotic zero-one laws satisfied by the diagrams of unimodal sequences of pos...
Combinatorial mathematics is not frequently associated with quantum physics. However, work in one di...
number theoretical results on the partitioning of an integer were derived exploiting its connection ...
This paper exploits the connection between the quantum many-particle density of states and the parti...
In this paper, we discuss P(n), the number of ways a given integer n may be written as a sum of prim...
In this paper, we discuss P(n), the number of ways a given integer n may be written as a sum of prim...
In this paper, we discuss P(n), the number of ways a given integer n may be written as a sum of prim...
The number partitioning problem can be interpreted physically in terms of a thermally isolated nonin...
Paper presented at Strathmore International Math Research Conference on July 23 - 27, 2012We study t...
A partition of a positive integer n is a way of writing it as the sum of positive integers without r...
Let PK, L(N) be the number of unordered partitions of a positive integer N into K or fewer positive ...
AbstractAsymptotic expansions, similar to those of Roth and Szekeres, are obtained for the number of...
The class of minimal difference partitionsMDP(q) (with gap q) is defined by the condition that succe...
AbstractLet p(nS) be the number of partitions of n with parts belonging to the set S; let q(nS) be t...
Combinatorial mathematics is not frequently associated with quantum physics. However, work in one di...
Our main results are asymptotic zero-one laws satisfied by the diagrams of unimodal sequences of pos...
Combinatorial mathematics is not frequently associated with quantum physics. However, work in one di...