New Modular Invariants in Super-Yang-Mills Theory
arXiv:2008.02713 · doi:10.1007/JHEP04(2021)212
Abstract
We study modular invariants arising in the four-point functions of the stress tensor multiplet operators of the super-Yang-Mills theory, in the limit where is taken to be large while the complexified Yang-Mills coupling is held fixed. The specific four-point functions we consider are integrated correlators obtained by taking various combinations of four derivatives of the squashed sphere partition function of the theory with respect to the squashing parameter and mass parameter , evaluated at the values and that correspond to the theory on a round sphere. At each order in the expansion, these fourth derivatives are modular invariant functions of . We present evidence that at half-integer orders in , these modular invariants are linear combinations of non-holomorphic Eisenstein series, while at integer orders in , they are certain "generalized Eisenstein series" which satisfy inhomogeneous Laplace eigenvalue equations on the hyperbolic plane. These results reproduce known features of the low-energy expansion of the four-graviton amplitude in type IIB superstring theory in ten-dimensional flat space and have interesting implications for the structure of the analogous expansion in .
33 pages plus appendices, v2 accepted to JHEP
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