Add to ORKGWe explore the possibility of having a composite (self-conserved) dark energy (DE) whose dynamics is controlled by the quantum running of the cosmological parameters. We find that within this scenario it is feasible to find an explanation for the cosmological coincidence problem and at the same time a good qualitative description of the present data
Abstract We argue that, for string compactifications broadly consistent with swampland constraints, ...
AbstractRecent astrophysical observations indicate that the universe is composed of a large amount o...
Interacting dark energy models have been employed to study the behavior of dark energy and matter in...
We consider the possibility that the total dark energy (DE) of the Universe is made out of two dynam...
While there is plentiful evidence in all fronts of experimental cosmology for the existence of a non...
In the recent literature on dark energy (DE) model building we have learnt that cosmologies with var...
While there is plentiful evidence in all fronts of experimental cosmology for the existence of a non...
Dynamical dark energy (DE) has been proposed to explain various aspects of the cosmological constant...
In this paper we study a model of interacting dark energy–dark matter where the ratio between these ...
We consider a quintessence model of dark energy inspired by scalar-tensor theories of gravity where ...
The introduction of an interaction for dark energy to the standard cosmology offers a potential solu...
We show that vector theories on cosmological scales are excellent candidates for dark energy. We con...
The coincidence problem is studied in the effective Yang–Mills condensate dark energy model. As the ...
The coincidence problem is studied in the effective Yang–Mills condensate dark energy model. As the ...
The coincidence problem is studied in the effective Yang–Mills condensate dark energy model. As the ...
Abstract We argue that, for string compactifications broadly consistent with swampland constraints, ...
AbstractRecent astrophysical observations indicate that the universe is composed of a large amount o...
Interacting dark energy models have been employed to study the behavior of dark energy and matter in...
We consider the possibility that the total dark energy (DE) of the Universe is made out of two dynam...
While there is plentiful evidence in all fronts of experimental cosmology for the existence of a non...
In the recent literature on dark energy (DE) model building we have learnt that cosmologies with var...
While there is plentiful evidence in all fronts of experimental cosmology for the existence of a non...
Dynamical dark energy (DE) has been proposed to explain various aspects of the cosmological constant...
In this paper we study a model of interacting dark energy–dark matter where the ratio between these ...
We consider a quintessence model of dark energy inspired by scalar-tensor theories of gravity where ...
The introduction of an interaction for dark energy to the standard cosmology offers a potential solu...
We show that vector theories on cosmological scales are excellent candidates for dark energy. We con...
The coincidence problem is studied in the effective Yang–Mills condensate dark energy model. As the ...
The coincidence problem is studied in the effective Yang–Mills condensate dark energy model. As the ...
The coincidence problem is studied in the effective Yang–Mills condensate dark energy model. As the ...
Abstract We argue that, for string compactifications broadly consistent with swampland constraints, ...
AbstractRecent astrophysical observations indicate that the universe is composed of a large amount o...
Interacting dark energy models have been employed to study the behavior of dark energy and matter in...