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Shape and holography: studies of dual operators to giant gravitons
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abstract
In this paper we study the conjectured dual operators to a near maximal giant graviton and their open string fluctuations in the large $N$ limit. Using matrix model estimates we show that the spectrum of states near the D-brane operator is consistent with a Fock space of open plus closed string states. We also give an argument that these operators, in spite of having large R charge of order N, are amenable to being studied with standard perturbative techniques, which organize themselves in a 1/N expansion. Also the spectrum of operators dual to massless fluctuations on the D-brane is shown to be protected from weak to strong coupling at leading order, so it is possible to read the shape of the dual operator by understanding how the spherical harmonics of the D-brane fluctuations appear.
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Absorption of closed strings by giant gravitons
The projector reinterpretation of the Jiang-Komatsu-Vescovi effective theory shows that integrability selection rules hold for maximal and near-maximal giants, but fail for sub-maximal giants and dual giants.
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