On (spinor)-helicity and bosonization in
arXiv:2207.06976 · doi:10.1007/JHEP03(2023)204
Abstract
Helicity is a useful concept both for AdS and CFT studies. We work out the complete AdS/CFT dictionary for spinning fields/operators in the spinor-helicity base that allows one to scalarize any -point contact vertex. AdS-vertices encode correlation functions of conserved currents, stress-tensor and, more generally, higher spin currents in a simple way. We work out the dictionary for Yang-Mills- and gravity-type theories with higher derivative corrections as well as some higher spin examples and exemplify the relation to the three-dimensional bosonization duality. The bosonization can be understood as a simple surgery: vertices/correlators are built via an EM-duality transformation by sewing together (anti)-Chiral higher spin gravities, to whose existence the three-dimensional bosonization duality can be attributed (up to the proof of uniqueness).
replaced with a published version, 55 pages
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