  A new approach to the computation of correlation functions involving two
determinant operators as well as one non-protected single trace operator has
recently been developed by Jiang, Komatsu and Vescovi. This correlation
function provides the holographic description of the absorption of a closed
string by a giant graviton. The analysis has a natural interpretation in the
framework of group representation theory, which admits a generalization to
general Schur polynomials and restricted Schur polynomials. This generalizes
the holographic description to any giant or dual giant gravitons which carry
more than one angular momentum on the sphere. For a restricted Schur polynomial
labeled by a column with $N$ boxes (dual to a maximal giant graviton) we find
evidence in favor of integrability.
