Restricted Schur Polynomials for Fermions and integrability in the su(2|3) sector
arXiv:1212.5935 · doi:10.1007/JHEP03(2013)173
Abstract
We define restricted Schur polynomials built using both fermionic and bosonic fields which transform in the adjoint of the gauge group U(N). We show that these operators diagonalize the free field two point function to all orders in 1/N. As an application of our new operators, we study the action of the one loop dilatation operator in the su(2|3) sector in a large N but non-planar limit. The restricted Schur polynomials we study are dual to giant gravitons. We find that the one loop dilatation operator can be diagonalized using a double coset ansatz. The resulting spectrum of anomalous dimensions matches the spectrum of a set of decoupled oscillators. Finally, in an Appendix we study the action of the one loop dilatation operator in an sl(2) sector. This action is again diagonalized by a double coset ansatz.
1+29 pages
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- Higher Loop Nonplanar Anomalous Dimensions from Symmetry
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- Coherent state excitations and string-added coherent states in gauge-gravity correspondence
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