N=4 Super-Schwarzian Theory on the Coadoint Orbit and PSU(1,1|2)
Shogo Aoyama, Yuco Honda
TL;DR
This paper formulates an N=4 super-Schwarzian theory using the coadjoint orbit method and uncovers its PSU(1,1|2) symmetry, advancing understanding of supersymmetric models in theoretical physics.
Contribution
It introduces a novel formulation of the N=4 super-Schwarzian theory via the coadjoint orbit approach and identifies its PSU(1,1|2) symmetry, which was not previously known.
Findings
The N=4 super-Schwarzian action exhibits PSU(1,1|2) symmetry.
The coadjoint orbit method effectively constructs the super-Schwarzian theory.
New symmetry properties of the N=4 super-Schwarzian are revealed.
Abstract
An N=4 super-Schwarzian theory is formulated by the coadjoint orbit method. It is discovered that the action has symmetry under PSU(1,1|2).
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