Big bounce with finite-time singularity: The F (R) gravity description by the Big
Bounce cosmologies. In this paper, we study a
bounce cosmology with a Type IV singularity
ΛcDM bounce cosmology without ΛcDM: The case of modified gravity cosmological eras that constitute the ΛCDM
bouncing model can be generated by F(R) gravity, which can lead
Possible evolution of a bouncing universe in cosmological models with non-minimally coupled scalar fields the evolution of the Hubble parameter of the
bounce solution essentially depends on the sign of the
cosmological ΛcDM bounce cosmology without ΛcDM: The case of modified gravity cosmological eras that constitute the ΛCDM
bouncing model can be generated by F(R) gravity, which can lead
Bouncing solutions in f(T) gravity analysis of the corresponding
cosmological dynamics in the cases when
bounces and static configurations
Possible evolution of a bouncing universe in cosmological models with non-minimally coupled scalar fields the evolution of the Hubble parameter of the
bounce solution essentially depends on the sign of the
cosmological Big bounce with finite-time singularity: The F (R) gravity description by the Big
Bounce cosmologies. In this paper, we study a
bounce cosmology with a Type IV singularity
The Schwarzschild Singularity: A Semiclassical Bounce? by a regular
bounce, described as a regular minimum of the spherical radius (instead of zero) and a
Bounce universe from string-inspired Gauss-Bonnet gravityWe explore
cosmology with a
bounce in Gauss-Bonnet gravity where the Gauss-Bonnet invariant couples
Bouncing universes in scalar-tensor gravity models admitting negative potentials bouncing universe in the framework of scalar-tensor gravity models in which the scalar field potential may