Ordered Bell numbers, Hermite polynomials, Skew Young Tableaux, and Borel orbits

Super tableaux and a branching rule for the general linear Lie superalgebra

In this note, we formulate and prove branching rules of simple polynomial modules for the Lie superalgebra $\mathfrak{gl}(m|n)$. Our branching rules depend on the conjugacy class of the Borel subalgebra. A Gelfand-Tsetlin basis of a polynomial module associated to each Borel subalgebra is obtained in terms of generalized semistandard tableaux.

The combinatorics of associated Hermite polynomials

We develop a combinatorial model of the associated Hermite polynomials and their moments, and prove their orthogonality with a sign-reversing involution. We find combinatorial interpretations of the moments as complete matchings, connected complete matchings, oscillating tableaux, and rooted maps and show weight-preserving bijections between these objects. Several identities, linearization formulas, the moment generating function, and a second combinatorial model are also derived.

Recurrence Relations for Wronskian Hermite Polynomials

We consider polynomials that are defined as Wronskians of certain sets of Hermite polynomials. Our main result is a recurrence relation for these polynomials in terms of those of one or two degrees smaller, which generalizes the well-known three term recurrence relation for Hermite polynomials. The polynomials are defined using partitions of natural numbers, and the coefficients in the recurrence relation can be expressed in terms of the number of standard Young tableaux of these partitions. Using the recurrence relation, we provide another recurrence relation and show that the average of the …

正则对角矩阵下的集合划分、表与子空间轮廓

Set partitions, tableaux, and subspace profiles under regular diagonal matrices

本研究引入一族以整数划分为索引的一元多项式，其在不同取值下可对应集合划分、标准表等组合对象计数，还可用于表示第二类q-Stirling数，部分情形下与已知组合多项式一致。

有界核心划分与博雷-韦-博特定理

Bounded core partitions and Borel-Weil-Bott

本文基于博雷-韦-博特定理，通过分析分解，提出两种计算相关Hodge数的公式，并引入新的整数钩积统计量和半标准 Young表，改进了Hodge数正性的已有界限。

Tableaux combinatorics for the asymmetric exclusion process and Askey-Wilson polynomials

Introduced in the late 1960's, the asymmetric exclusion process (ASEP) is an important model from statistical mechanics which describes a system of interacting particles hopping left and right on a one-dimensional lattice of n sites with open boundaries. It has been cited as a model for traffic flow and protein synthesis. In the most general form of the ASEP with open boundaries, particles may enter and exit at the left with probabilities alpha and gamma, and they may exit and enter at the right with probabilities beta and delta. In the bulk, the probability of hopping left is q times the prob…