A Braneworld Dark Energy Model with Induced Gravity and the Gauss-Bonnet Effect

Abstract

We construct a holographic dark energy model with a non-minimally coupled scalar field on the brane where Gauss-Bonnet and Induced Gravity effects are taken into account. This model provides a wide parameter space with several interesting cosmological implications. Especially, the equation of state parameter of the model crosses the phantom divide line and it is possible to realize bouncing solutions in this setup.

20 pages, 3 eps figures, to appear in IJTP

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• Holographic dark energy in Brans-Dicke theory with log correction
• Gauss-Bonnet Inflation after Planck2018
• DBI inflation with a non-minimally coupled Gauss-Bonnet term
• Holographic Dark Energy from a Modified GBIG Scenario
• Large Non-Gaussianity in Non-Minimally Coupled Derivative Inflation with Gauss-Bonnet Correction
• Gauss-Bonnet braneworld redux: A novel scenario for the bouncing universe
• Interacting Ricci Logarithmic Entropy Corrected Holographic Dark Energy in Brans-Dicke Cosmology
• Cosmological dynamics of a non-minimally coupled bulk scalar field in DGP setup
• Observational constraints on Chaplygin cosmology in a braneworld scenario with induced gravity and curvature effect
• Gauss-Bonnet Braneworld Cosmology with Modified Induced Gravity on the Brane
• Power Law and Logarithmic Ricci Dark Energy Models in Horava-Lifshitz Cosmology