The Kronecker coefficients and the Littlewood-Richardson coefficients are nonnegative integers depending on three partitions. By definition, these coefficients are the multiplicities of the tensor product decomposition of two irreducible representations of symmetric groups (resp. linear groups). By a classical Littlewood-Murnaghan's result the Kronecker coefficients extend the Littlewood-Richardson ones.The nonvanishing of a Littlewood-Richardson coefficient implies linear inequalities on the triple of partitions, called Horn inequalities. In thispaper, we extend the essential Horn inequalities to the triples of partitions corresponding to a nonzero Kronecker coefficient
The Littlewood-Richardson coefficients $c^\nu_{\lambda,\mu}$ are the multiplicities in the tensor pr...
The Littlewood-Richardson coefficients $c^\nu_{\lambda,\mu}$ are the multiplicities in the tensor pr...
The Kronecker coefficients, which are indexed by triples of partitions and describe how the tensor p...
The Kronecker coefficients and the Littlewood-Richardson coefficients are nonnegative integers dep...
The Kronecker coefficients and the Littlewood-Richardson coefficients are nonnegative integers dep...
International audienceWe consider two aspects of Kronecker coefficients in the directions of represe...
International audienceWe consider two aspects of Kronecker coefficients in the directions of represe...
We propose a new approach to study the Kronecker coefficients by using the Schur-Weyl duality betwee...
A major open problem in algebraic combinatorics is to find a combinatorial rule to compute the Krone...
A major open problem in algebraic combinatorics is to find a combinatorial rule to compute the Krone...
F. Murnaghan observed a long time ago that the computation of the decompositon of the Kronecker prod...
We propose a new approach to study the Kronecker coefficients by using the Schur-Weyl duality betwee...
We are interested in identities between Littlewood-Richardson coefficients, and hence in comparing d...
We are interested in identities between Littlewood-Richardson coefficients, and hence in comparing d...
Abstract. Given two irreducible representations µ, ν of the symmetric group Sd, the Kronecker proble...
The Littlewood-Richardson coefficients $c^\nu_{\lambda,\mu}$ are the multiplicities in the tensor pr...
The Littlewood-Richardson coefficients $c^\nu_{\lambda,\mu}$ are the multiplicities in the tensor pr...
The Kronecker coefficients, which are indexed by triples of partitions and describe how the tensor p...
The Kronecker coefficients and the Littlewood-Richardson coefficients are nonnegative integers dep...
The Kronecker coefficients and the Littlewood-Richardson coefficients are nonnegative integers dep...
International audienceWe consider two aspects of Kronecker coefficients in the directions of represe...
International audienceWe consider two aspects of Kronecker coefficients in the directions of represe...
We propose a new approach to study the Kronecker coefficients by using the Schur-Weyl duality betwee...
A major open problem in algebraic combinatorics is to find a combinatorial rule to compute the Krone...
A major open problem in algebraic combinatorics is to find a combinatorial rule to compute the Krone...
F. Murnaghan observed a long time ago that the computation of the decompositon of the Kronecker prod...
We propose a new approach to study the Kronecker coefficients by using the Schur-Weyl duality betwee...
We are interested in identities between Littlewood-Richardson coefficients, and hence in comparing d...
We are interested in identities between Littlewood-Richardson coefficients, and hence in comparing d...
Abstract. Given two irreducible representations µ, ν of the symmetric group Sd, the Kronecker proble...
The Littlewood-Richardson coefficients $c^\nu_{\lambda,\mu}$ are the multiplicities in the tensor pr...
The Littlewood-Richardson coefficients $c^\nu_{\lambda,\mu}$ are the multiplicities in the tensor pr...
The Kronecker coefficients, which are indexed by triples of partitions and describe how the tensor p...