(2,2) Supergravity in the Light-Cone gauge
M.T. Grisaru, M.E. Wehlau
TL;DR
This paper explores the structure of two-dimensional (2,2) supergravity in the light-cone gauge, deriving Ward identities and analyzing properties of the theory using a prepotential approach and local supersymmetry transformations.
Contribution
It introduces a novel gauge-fixing method for (2,2) supergravity using local supersymmetry, providing new insights into the theory's properties and correlation functions.
Findings
Derived Ward identities for supergravity correlation functions
Analyzed properties of (2,2) supergravity in light-cone gauge
Established a framework for future calculations in supergravity
Abstract
Starting with the prepotential description of two-dimensional supergravity we use local supersymmetry transformations to go to light-cone gauge. We discuss properties of the theory in this gauge and derive Ward identities for correlation functions defined with respect to the induced supergravity action.
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