FLRW non-singular cosmological model in general relativity
S. K. J. Pacif, B. Mishra
Abstract
Open-access reader
S. K. J. Pacif, B. Mishra
Abstract
Open-access reader
A singularity free cosmological model is obtained in a homogeneous and isotropic background with a specific form of the Hubble parameter in the presence of an interacting dark energy represented by a time-varying cosmological constant in general relativity. Different cases that arose have been extensively studied for different values of the curvature parameter. Some interesting results have been found with this form of the Hubble parameter to meet the possible negative value of the deceleration parameter as the current observations reveal. For some particular values of these parameters, the model reduces to Berman's model.
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A singularity free cosmological model is obtained in a homogeneous and isotropic background with a specific form of the Hubble parameter in the presence of an interacting dark energy represented by a time-varying cosmological constant in general relativity. Different cases that arose have been extensively studied for different values of the curvature parameter. Some interesting results have been found with this form of the Hubble parameter to meet the possible negative value of the deceleration parameter as the current observations reveal. For some particular values of these parameters, the model reduces to Berman's model.
Key concepts: Physics, Friedmann–Lemaître–Robertson–Walker metric, Deceleration parameter, Hubble's law, General relativity, Dark energy, Cosmological constant, Isotropy