Does Dynamical Wormhole Evolve From Emergent Scenario?
Dhritimalya Roy, Ayanendu Dutta, Bikram Ghosh, Subenoy Chakraborty

TL;DR
This paper investigates the evolution of dynamical wormholes within an emergent universe scenario, analyzing their properties, matter content, and energy conditions to understand their cosmological significance.
Contribution
It introduces a new analysis of dynamical wormholes with specific matter configurations and explores their potential connection to emergent universe models.
Findings
Wormhole solutions satisfy traversability conditions
Null Energy Condition is examined near the throat
Potential link between wormholes and emergent universe scenario
Abstract
In the present work we analyse a dynamical wormhole solution with two fluids system (one isotropic and homogeneous and the other being inhomogeneous and anisotropic in nature) as the matter at the throat. We choose two different forms of Equation of State(EoS) and investigate two solutions of the wormhole geometry. The properties to ensure existence and traversability has been analysed. Also, the model of the dynamic wormhole has been examined for a possibility of the Emergent Universe(EU) model in cosmological context. Finally, for the dynamical wormholes so obtained, Null Energy Condition(NEC) has been examined near the throat.
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