General exact solution of the Einstein-Dirac equations with the cosmological constant in homogeneous space
V.A.Zhelnorovich
TL;DR
This paper presents a comprehensive exact solution to the Einstein-Dirac equations incorporating a cosmological constant within homogeneous Bianchi I space, advancing understanding of quantum-gravitational interactions in cosmology.
Contribution
It provides the first known exact solution of Einstein-Dirac equations with a cosmological constant in Bianchi I homogeneous space.
Findings
Derived the general exact solution for Einstein-Dirac equations with cosmological constant
Enhanced understanding of quantum fields in anisotropic cosmological models
Potential implications for early universe cosmology and quantum gravity
Abstract
The general exact solution of the Einstein-Dirac equations with cosmological constant in the homogeneous Riemannian space of the Bianchi 1 type is obtained.
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