AbstractLet V be an n-dimensional inner product space. Let λ be an irreducible character of the symmetric group Sm, and let Vλ be the symmetry class of tensors associated with it. Let A be a linear operator on V and let Kλ(A) be the operator it induces on Vλ. We obtain an explicit expression for the norm of the derivative of the map A→Kλ(A) in terms of the singular values of A. Two special cases of this problem—antisymmetric and symmetric tensor products—have been studied earlier, and our results reduce to the earlier ones in these cases
AbstractWe state a necessary and sufficient condition for equality of two nonzero decomposable symme...
AbstractLet Vχ(G) denote the symmetry class of tensors over the vector space V associated with the p...
AbstractLet V be an n-dimensional Hilbert space. Suppose H is a subgroup of the symmetric group of d...
AbstractLet V be an n-dimensional inner product space. Let λ be an irreducible character of the symm...
Let V be an n-dimensional inner product space. Let λ be an irreducible character of the symmetr...
AbstractLet V be an n-dimensional inner product space over C, and let H be a subgroup of the symmetr...
Let V be an n-dimensional inner product space. Let λ be an irreducible character of the symmetr...
AbstractSuppose each of m, n, and k is a positive integer, k ⩾ n, A is a (real-valued) symmetric n-l...
AbstractLet T = ∑σ∈G M(σ) ⊗ P(σ), where M is a unitary matrix representation of the group G as unita...
AbstractLet Vm⊗ denote the mth tensor power of the finite dimensional complex vector space V. Let Vχ...
AbstractWe state a necessary and sufficient condition for a symmetrized tensor to belong to the kern...
AbstractWe state a necessary and sufficient condition for equality of nonzero decomposable symmetriz...
AbstractLet V be an n-dimensional complex inner product space and let {e1,…,en} be an orthonormal ba...
AbstractThe norm of the derivative of the symmetric tensor power of an operator is evaluated exactly...
AbstractWe study necessary conditions for equality of two nonzero star products of vectors in symmet...
AbstractWe state a necessary and sufficient condition for equality of two nonzero decomposable symme...
AbstractLet Vχ(G) denote the symmetry class of tensors over the vector space V associated with the p...
AbstractLet V be an n-dimensional Hilbert space. Suppose H is a subgroup of the symmetric group of d...
AbstractLet V be an n-dimensional inner product space. Let λ be an irreducible character of the symm...
Let V be an n-dimensional inner product space. Let λ be an irreducible character of the symmetr...
AbstractLet V be an n-dimensional inner product space over C, and let H be a subgroup of the symmetr...
Let V be an n-dimensional inner product space. Let λ be an irreducible character of the symmetr...
AbstractSuppose each of m, n, and k is a positive integer, k ⩾ n, A is a (real-valued) symmetric n-l...
AbstractLet T = ∑σ∈G M(σ) ⊗ P(σ), where M is a unitary matrix representation of the group G as unita...
AbstractLet Vm⊗ denote the mth tensor power of the finite dimensional complex vector space V. Let Vχ...
AbstractWe state a necessary and sufficient condition for a symmetrized tensor to belong to the kern...
AbstractWe state a necessary and sufficient condition for equality of nonzero decomposable symmetriz...
AbstractLet V be an n-dimensional complex inner product space and let {e1,…,en} be an orthonormal ba...
AbstractThe norm of the derivative of the symmetric tensor power of an operator is evaluated exactly...
AbstractWe study necessary conditions for equality of two nonzero star products of vectors in symmet...
AbstractWe state a necessary and sufficient condition for equality of two nonzero decomposable symme...
AbstractLet Vχ(G) denote the symmetry class of tensors over the vector space V associated with the p...
AbstractLet V be an n-dimensional Hilbert space. Suppose H is a subgroup of the symmetric group of d...