Reduction of 4D SCFTs and Squashing Independence of ABJM Theories
arXiv:2211.07421 · doi:10.1007/JHEP03(2023)255
Abstract
We study the compactification of 4D superconformal field theories (SCFTs) on , focusing on the relation between the 4D superconformal index and 3D partition function on the squashed sphere . Since the center of the R-symmetry of the 4D theory can mix with an abelian flavor symmetry in three dimensions, the precise 4D/3D relation for the global symmetry is not obvious. Focusing on the case in which the 3D theory is the ABJM theory, we demonstrate that the above R-symmetry mixing can be precisely identified by considering the Schur limit (and/or its cousin) of the 4D index. As a result, we generalize to the ABJM theories recent discussions on the connection between supersymmetry enhancement of the 4D index and squashing independence of the partition function.
arXiv comment24 pages; 2nd version, minor changes made
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