In the open problem session of the FPSAC’03, R.P. Stanley gave an open problem about a certain sum of the Schur functions (See [19]). The purpose of this paper is to give a proof of this open problem. The proof consists of three steps. At the first step we express the sum by a Pfaffian as an application of our minor summation formula ([7]). In the second step we prove a Pfaffian analogue of Cauchy type identity which generalize [22]. Then we give a proof of Stanley’s open problem in Section 4. We also present certain corollaries obtained from this identity involving the Big Schur functions and some polynomials arising from the Macdonald polynomials, which generalize Stanley’s open problem. Résumé Dans la session de problèmes de SFCA’03, ...
Abstract. This paper uses the theory of dual equivalence graphs to give explicit Schur expansions to...
We study Macdonald polynomials from a basic hypergeometric series point of view. In particular, we s...
The Cauchy identities play an important role in the theory of symmetric functions. It is known that ...
AbstractThe purpose of this paper is, to establish, by extensive use of the minor summation formula ...
This paper presents some new product identities for certain summations of Schur functions. These ide...
Deposited with permission of the author © 2008 Robin Langer.The ring of symmetric functions Λ, with ...
AbstractOne of the generalizations proved is that ∑pk(π)z(π)=p+n−1p−1−n−1p−1 where the summation is ...
AbstractThis paper presents some new product identities for certain summations of Schur functions. T...
AbstractIn 1982, Richard Stanley introduced the formal series Fσ(X) in order to enumerate reduced de...
AbstractWe present several identities of Cauchy-type determinants and Schur-type Pfaffians involving...
The initial purpose of the present paper is to provide a combinatorial proof of the minor summation ...
We present several identities of Cauchy-type determinants and Schur-type Pfaffians involving gen-era...
We apply a result of Ram and Yip in order to give a combinatorial formula in terms of alcove walks f...
The theory of symmetric functions is ubiquitous throughout mathematics. They arise naturally in comb...
We study bigraded Sn-modules introduced by Garsia and Haiman as an approach to prove the Macdonald p...
Abstract. This paper uses the theory of dual equivalence graphs to give explicit Schur expansions to...
We study Macdonald polynomials from a basic hypergeometric series point of view. In particular, we s...
The Cauchy identities play an important role in the theory of symmetric functions. It is known that ...
AbstractThe purpose of this paper is, to establish, by extensive use of the minor summation formula ...
This paper presents some new product identities for certain summations of Schur functions. These ide...
Deposited with permission of the author © 2008 Robin Langer.The ring of symmetric functions Λ, with ...
AbstractOne of the generalizations proved is that ∑pk(π)z(π)=p+n−1p−1−n−1p−1 where the summation is ...
AbstractThis paper presents some new product identities for certain summations of Schur functions. T...
AbstractIn 1982, Richard Stanley introduced the formal series Fσ(X) in order to enumerate reduced de...
AbstractWe present several identities of Cauchy-type determinants and Schur-type Pfaffians involving...
The initial purpose of the present paper is to provide a combinatorial proof of the minor summation ...
We present several identities of Cauchy-type determinants and Schur-type Pfaffians involving gen-era...
We apply a result of Ram and Yip in order to give a combinatorial formula in terms of alcove walks f...
The theory of symmetric functions is ubiquitous throughout mathematics. They arise naturally in comb...
We study bigraded Sn-modules introduced by Garsia and Haiman as an approach to prove the Macdonald p...
Abstract. This paper uses the theory of dual equivalence graphs to give explicit Schur expansions to...
We study Macdonald polynomials from a basic hypergeometric series point of view. In particular, we s...
The Cauchy identities play an important role in the theory of symmetric functions. It is known that ...