Thermodynamical properties of a noncommutative anti–de Sitter–Einstein-Born-Infeld spacetime from gauge theory of gravity
Journal
Physical Review D
ISSN
2470-0010
2470-0029
Date Issued
2020
Author(s)
Type
text::journal::journal article
Abstract
In the past years, several approaches have been proposed to explore fundamental interactions in nature at energies beyond those attained at the laboratory. Gauge theories, for example, provide many helpful insights into the nature of particle interactions, and they have been generalized to various contexts. In particular, noncommutative gauge theories using the Seiberg-Witten map [1] have broad applications into the analysis of the scattering process of fundamental particles at high energies [2–6]. On the other hand, loop quantum gravity, string theory, and noncommutative geometry are a few of several approaches that exist aiming to elucidate the structure of spacetime taking into account quantum effects; the link between the string theory and noncommutative geometry has attracted much attention since first noticed [7–13]. The ultimate goal of all these formalisms is to provide a detailed picture of our universe at high energies. ©Physical Review D