We discuss combined constraints, coming from the cosmic microwave background shift parameter R, the baryon acoustic oscillations distance parameter A, and from the latest type Ia supernovae data, imposed on cosmological models which allow sudden future singularities of pressure. We show that due to their weakness such sudden singularities may happen in the very near future and that at present they can mimic standard dark energy models
International audienceIn this work we consider a family of cosmological models featuring future sing...
We investigate various dark energy models by taking into account the thermal effects induced from Ha...
We compare the existing observational data on type Ia supernovae with the evolutions of the Universe...
We discuss combined constraints, coming from the cosmic microwave background shift parameter R, the ...
One of the key challenges facing cosmologists today is the nature of the mysterious dark energy intr...
One of the key challenges facing cosmologists today is the nature of the mysterious dark energy intr...
Current observational evidence does not yet exclude the possibility that dark energy could be in the...
Current observational evidence does not yet exclude the possibility that dark energy could be in the...
In this work we consider a family of cosmological models featuring future singularities. This type o...
International audienceIn this work we consider a family of cosmological models featuring future sing...
Current observational evidence does not yet exclude the possibility that dark energy could be in the...
We discuss whether the future extrapolation of the present cosmological state may lead to a singular...
We discuss whether the future extrapolation of the present cosmological state may lead to a singular...
Current observational evidence does not yet exclude the possibility that dark energy could be in the...
In this paper we analyze the effect of recently proposed classes of sudden future singularities on c...
International audienceIn this work we consider a family of cosmological models featuring future sing...
We investigate various dark energy models by taking into account the thermal effects induced from Ha...
We compare the existing observational data on type Ia supernovae with the evolutions of the Universe...
We discuss combined constraints, coming from the cosmic microwave background shift parameter R, the ...
One of the key challenges facing cosmologists today is the nature of the mysterious dark energy intr...
One of the key challenges facing cosmologists today is the nature of the mysterious dark energy intr...
Current observational evidence does not yet exclude the possibility that dark energy could be in the...
Current observational evidence does not yet exclude the possibility that dark energy could be in the...
In this work we consider a family of cosmological models featuring future singularities. This type o...
International audienceIn this work we consider a family of cosmological models featuring future sing...
Current observational evidence does not yet exclude the possibility that dark energy could be in the...
We discuss whether the future extrapolation of the present cosmological state may lead to a singular...
We discuss whether the future extrapolation of the present cosmological state may lead to a singular...
Current observational evidence does not yet exclude the possibility that dark energy could be in the...
In this paper we analyze the effect of recently proposed classes of sudden future singularities on c...
International audienceIn this work we consider a family of cosmological models featuring future sing...
We investigate various dark energy models by taking into account the thermal effects induced from Ha...
We compare the existing observational data on type Ia supernovae with the evolutions of the Universe...