Secret Symmetries in AdS/CFT
Marius de Leeuw, Takuya Matsumoto, Sanefumi Moriyama, Vidas Regelskis, and Alessandro Torrielli
TL;DR
This paper explores special quantum group symmetries, known as secret symmetries, in the integrable systems related to AdS/CFT, highlighting their presence across various formulations and problems.
Contribution
It provides a comprehensive discussion of the emergence and roles of secret symmetries in different aspects of AdS/CFT integrability.
Findings
Secret symmetries are observed in spectral and boundary scattering problems.
They appear in n-point amplitudes and pure-spinor formulations.
Quantum affine deformations also exhibit these symmetries.
Abstract
We discuss special quantum group (secret) symmetries of the integrable system associated to the AdS/CFT correspondence. These symmetries have by now been observed in a variety of forms, including the spectral problem, the boundary scattering problem, n-point amplitudes, the pure-spinor formulation and quantum affine deformations.
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