Phase space deformations in SUSY cosmology
J. L. L\'opez, M. Sabido, C. Yee-Romero
TL;DR
This paper introduces a supersymmetric extension to deformed phase-space cosmology, analyzing scalar and phantom models, and deriving their quantum and classical dynamics.
Contribution
It presents the first SUSY generalization of deformed phase-space cosmology, including supercharges, SUSY Wheeler-DeWitt equation, and classical dynamics via WKB approximation.
Findings
Supercharges constructed for the models
SUSY Wheeler-DeWitt equation derived
Classical dynamics obtained using WKB approximation
Abstract
In this paper we propose a SUSY generalization for deformed phase-space cosmology. In particular, scalar field and phantom cosmology are studied. We construct the supercharges of the models and the SUSY Wheeler-DeWitt equation. We also construct and derive the classical dynamics using the WKB approximation.
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Taxonomy
TopicsCosmology and Gravitation Theories · Black Holes and Theoretical Physics · Noncommutative and Quantum Gravity Theories