AbstractWe show a combinatorial rule based on diagrams (finite nonempty sets of lattice points (i, j) in the positive quadrant) for the construction of the Schubert polynomials. In the particular case where the Schubert polynomial is a Schur function we give a bijection between our diagrams and column strict tableaux. A different algorithm had been conjectured (and proved in the case of vexillary permutations) by A. Kohnert (Ph.D. dissertation, Universität auf Bayreuth, 1990). We give, at the end of this paper, a sketch of how one would show the equivalence of the two rules
A. Lascoux and M.-P. Schutzenberger introduced Schubert polynomials to study the cohomology ring of ...
. We show the equivalence of the Pieri formula for flag manifolds and certain identities among the s...
International audienceWe establish a combinatorial connection between the real geometry and the K-th...
AbstractWe show a combinatorial rule based on diagrams (finite nonempty sets of lattice points (i, j...
Abstract: We prove an elegant combinatorial rule for the generation of Schubert polynomials based on...
We state several new combinatorial formulas for the Schubert polynomials. They are generalizations o...
AbstractWe prove an elegant combinatorial rule for the generation of Schubert polynomials based on b...
Kohnert proposed a formula for Schubert polynomials as the generating polynomial for certain unit ce...
Kohnert proposed a formula for Schubert polynomials as the generating polynomial for certain unit ce...
Schubert polynomials generalize Schur polynomials, but it is not clear how to generalize several cla...
AbstractWe present a partial generalization of the classical Littlewood–Richardson rule (in its vers...
AbstractWe obtain a tableau definition of the skew Schubert polynomials named by Lascoux, which are ...
A central result in algebraic combinatorics is the Littlewood-Richardson rule that governs products ...
Combinatorics on tableaux-like objects and understanding the relationships of various polynomial bas...
AbstractWe present a partial generalization of the classical Littlewood–Richardson rule (in its vers...
A. Lascoux and M.-P. Schutzenberger introduced Schubert polynomials to study the cohomology ring of ...
. We show the equivalence of the Pieri formula for flag manifolds and certain identities among the s...
International audienceWe establish a combinatorial connection between the real geometry and the K-th...
AbstractWe show a combinatorial rule based on diagrams (finite nonempty sets of lattice points (i, j...
Abstract: We prove an elegant combinatorial rule for the generation of Schubert polynomials based on...
We state several new combinatorial formulas for the Schubert polynomials. They are generalizations o...
AbstractWe prove an elegant combinatorial rule for the generation of Schubert polynomials based on b...
Kohnert proposed a formula for Schubert polynomials as the generating polynomial for certain unit ce...
Kohnert proposed a formula for Schubert polynomials as the generating polynomial for certain unit ce...
Schubert polynomials generalize Schur polynomials, but it is not clear how to generalize several cla...
AbstractWe present a partial generalization of the classical Littlewood–Richardson rule (in its vers...
AbstractWe obtain a tableau definition of the skew Schubert polynomials named by Lascoux, which are ...
A central result in algebraic combinatorics is the Littlewood-Richardson rule that governs products ...
Combinatorics on tableaux-like objects and understanding the relationships of various polynomial bas...
AbstractWe present a partial generalization of the classical Littlewood–Richardson rule (in its vers...
A. Lascoux and M.-P. Schutzenberger introduced Schubert polynomials to study the cohomology ring of ...
. We show the equivalence of the Pieri formula for flag manifolds and certain identities among the s...
International audienceWe establish a combinatorial connection between the real geometry and the K-th...