Onset of acceleration in a Universe initially filled by dark and baryonic matters in nonminimally coupled teleparallel model

Abstract

A nonminimally coupled quintessence dark energy in teleparallel model of gravity is considered. It is clarified how a matter dominated universe with initial negligible dark energy density can evolve to a late time de Sitter space-time via the $Z_2$ symmetry breaking.

16 pages, 3 figures, accepted for publication in Physical Review D

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Cited by in corpus (18)

• Teleparallel Gravity: From Theory to Cosmology
• Covariant formulation of scalar-torsion gravity
• New observational constraints on f(T) gravity from cosmic chronometers
• Dynamical system analysis for nonminimal torsion-matter coupled gravity
• Mass varying neutrinos, symmetry breaking, and cosmic acceleration
• Symmetron and de Sitter attractor in a teleparallel model of cosmology
• Unified dark sectors in scalar-torsion theories of gravity
• Inflation with teleparallelism: Can torsion generate primordial fluctuations without local Lorentz symmetry?
• Reheating in a modified teleparallel model of inflation
• Cosmic acceleration and de Sitter expansion in hybrid mass varying neutrino model
• Dynamics of a higher-dimension Einstein-Scalar-Gauss-Bonnet cosmology
• Symmetry breaking, and the effect of matter density on neutrino oscillation
• Cosmic acceleration in screening hybrid quintessence model
• Late-time power-law stages of cosmological evolution in teleparallel gravity with nonminimal coupling
• Avoiding parameter fine-tuning in mass varying neutrino models of DE?
• Chameleon-neutrino conformal coupling and MSW-mediated solar neutrino deficit
• Imprints of vector field non-standard couplings on solar neutrino flux
• Global portraits of nonminimal teleparallel inflation