Quantum cosmology with symmetry analysis for quintom dark energy model
Sourav Dutta, Muthusamy Lakshmanan, Subenoy Chakraborty
TL;DR
This paper applies symmetry analysis to quantum cosmology with a quintom dark energy model, deriving conserved charges and solutions to the Wheeler-DeWitt equation within a flat FLRW universe.
Contribution
It introduces a novel application of Noether symmetry to the quantum cosmology of the quintom dark energy model, deriving conserved charges and solutions.
Findings
Conserved charge obtained via Noether symmetry.
Solutions to the Wheeler-DeWitt equation derived.
Enhanced understanding of quantum cosmology with quintom dark energy.
Abstract
Quantum cosmology with quintom dark energy model has been investigated in the present work using symmetry analysis of the underlying physical system. In the background of the flat FLRW model quintom cosmological model has been studied using Noether symmetry and appropriate conserved charge is obtained. The Wheeler-DeWitt (WD) equation is constructed on the minisuperspace and solutions are obtained using conserved charge.
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