Einstein-Langevin equations from running coupling constants
Fernando C. Lombardo, Francisco Diego Mazzitelli
Abstract
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Fernando C. Lombardo, Francisco Diego Mazzitelli
Abstract
Open-access reader
The Einstein-Langevin equations take into account the back reaction of quantum matter fields on the background geometry. We present a derivation of these equations to lowest order in a covariant expansion in powers of the curvature. For massless fields, the equations are completely determined by the running coupling constants of the theory.
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The Einstein-Langevin equations take into account the back reaction of quantum matter fields on the background geometry. We present a derivation of these equations to lowest order in a covariant expansion in powers of the curvature. For massless fields, the equations are completely determined by the running coupling constants of the theory.
Key concepts: Physics, Coupling constant, Covariant transformation, Einstein, Mathematical physics, Massless particle, Curvature, Einstein equations