A multiset hook length formula and some applications
Paul-Olivier Dehaye, Guo-Niu Han

TL;DR
This paper introduces a multiset hook length formula for integer partitions using combinatorial methods, rederives existing formulas, and proves a related hook-content formula, with applications in combinatorics and topological vertex theory.
Contribution
It presents a new multiset hook length formula for partitions, unifies existing formulas, and establishes a multiset hook-content formula, advancing combinatorial and topological applications.
Findings
Rederived three known hook length formulas.
Established a new multiset hook length formula.
Proved a multiset hook-content formula.
Abstract
A multiset hook length formula for integer partitions is established by using combinatorial manipulation. As special cases, we rederive three hook length formulas, two of them obtained by Nekrasov-Okounkov, the third one by Iqbal, Nazir, Raza and Saleem, who have made use of the cyclic symmetry of the topological vertex. A multiset hook-content formula is also proved.
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Taxonomy
TopicsAdvanced Combinatorial Mathematics · Advanced Mathematical Identities · Analytic Number Theory Research
