Bouncing Universe with Quintom Matter

Abstract

The bouncing universe provides a possible solution to the Big Bang singularity problem. In this paper we study the bouncing solution in the universe dominated by the Quintom matter with an equation of state (EoS) crossing the cosmological constant boundary. We will show explicitly the analytical and numerical bouncing solutions in three types of models for the Quintom matter with an phenomenological EoS, the two scalar fields and a scalar field with a modified Born-Infeld action.

7 pages, 5 figures

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Cited by in corpus (19)

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• Dark Energy Model with Spinor Matter and Its Quintom Scenario
• Evolution of Metric Perturbations in Quintom Bounce model
• A Model Of Inflationary Cosmology Without Singularity
• Oscillating universe with quintom matter
• Primordial perturbation with a modified dispersion relation
• Dynamics of interacting phantom scalar field dark energy in Loop Quantum Cosmology
• Crossing the phantom divide in an interacting generalized Chaplygin gas
• Inflation with a Negative Cosmological Constant
• Determining Cosmological Parameters with Latest Observational Data
• Processing of Cosmological Perturbations in a Cyclic Cosmology
• Cosmic acceleration and crossing of $\omega =-1$ in non-minimal modified Gauss-Bonnet gravity
• Reconstructing a String-Inspired Quintom Model of Dark Energy
• Cyclic Inflation
• Modified GBIG Scenario as an Alternative for Dark Energy
• Bouncing Universe with Non-minimally Coupled Quintom Matter
• Unification of cosmological scalar fields
• A Lorentz Invariance Violating Cosmology on the DGP Brane
• Initial Conditions for Bubble Universes