Stanley symmetric functions are the stable limits of Schubert polynomials. In this paper, we show that, conversely, Schubert polynomials are Demazure truncations of Stanley symmetric functions. This parallels the relationship between Schur functions and Demazure characters for the general linear group. We establish this connection by imposing a Demazure crystal structure on key tableaux, recently introduced by the first author in connection with Demazure characters and Schubert polynomials, and linking this to the type A crystal structure on reduced word factorizations, recently introduced by Morse and the second author in connection with Stanley symmetric functions
Abstract. We apply ideas from crystal theory to affine Schubert calculus and flag Gromov–Witten inva...
International audienceThere is a close connection between Demazure crystals and tensor products of K...
It has previously been shown that, at least for non-exceptional Kac–Moody Lie algebras, there is a c...
Stanley symmetric functions are the stable limits of Schubert polynomials. In this paper, we show th...
Crystals are models for representations of symmetrizable Kac-Moody Lie algebras. They have close con...
We apply crystal theory to affine Schubert calculus, Gromov-Witten invariants for the compl...
Kohnert polynomials are polynomials indexed by unit cell diagrams in the first quadrant defined earl...
Nonsymmetric Macdonald polynomials are a polynomial generalization of their symmetric counterparts t...
We apply crystal theory to affine Schubert calculus, Gromov-Witten invariants for the complete flag ...
We state several new combinatorial formulas for the Schubert polynomials. They are generalizations o...
Schubert polynomials generalize Schur polynomials, but it is not clear how to generalize several cla...
The product monomial crystal was defined by Kamnitzer, Tingley, Webster, Weekes, and Yacobi for any ...
We prove that the coefficients obtained when Stanley symmetric functions are expanded in the basis o...
We study the problem of expanding the product of two Stanley symmetric functions $F_w·F_u$ into Stan...
AbstractThis paper studies a family of polynomials called key polynomials, introduced by Demazure an...
Abstract. We apply ideas from crystal theory to affine Schubert calculus and flag Gromov–Witten inva...
International audienceThere is a close connection between Demazure crystals and tensor products of K...
It has previously been shown that, at least for non-exceptional Kac–Moody Lie algebras, there is a c...
Stanley symmetric functions are the stable limits of Schubert polynomials. In this paper, we show th...
Crystals are models for representations of symmetrizable Kac-Moody Lie algebras. They have close con...
We apply crystal theory to affine Schubert calculus, Gromov-Witten invariants for the compl...
Kohnert polynomials are polynomials indexed by unit cell diagrams in the first quadrant defined earl...
Nonsymmetric Macdonald polynomials are a polynomial generalization of their symmetric counterparts t...
We apply crystal theory to affine Schubert calculus, Gromov-Witten invariants for the complete flag ...
We state several new combinatorial formulas for the Schubert polynomials. They are generalizations o...
Schubert polynomials generalize Schur polynomials, but it is not clear how to generalize several cla...
The product monomial crystal was defined by Kamnitzer, Tingley, Webster, Weekes, and Yacobi for any ...
We prove that the coefficients obtained when Stanley symmetric functions are expanded in the basis o...
We study the problem of expanding the product of two Stanley symmetric functions $F_w·F_u$ into Stan...
AbstractThis paper studies a family of polynomials called key polynomials, introduced by Demazure an...
Abstract. We apply ideas from crystal theory to affine Schubert calculus and flag Gromov–Witten inva...
International audienceThere is a close connection between Demazure crystals and tensor products of K...
It has previously been shown that, at least for non-exceptional Kac–Moody Lie algebras, there is a c...