We describe what cosmology looks like in the context of the geometric theory of gravity based on a single scalar field. There are two distinct classes of cosmological solutions. An interesting feature is the possibility of having a bounce without invoking exotic equations of state for the cosmic fluid. We also discuss cosmological perturbation and present the basis of structure formation by gravitational instability in the framework of the geometric scalar gravity
Aims. We study cosmological models in scalar tensor theories of gravity with power-law potentials as...
We study cosmological models in scalar tensor theories of gravity with power-law potentials as model...
International audienceIn a subclass of scalar-tensor theories, it has been shown that standard gener...
We describe what cosmology looks like in the context of the geometric theory of gravity based on a s...
We describe what cosmology looks like in the context of the geometric theory of gravity based on a s...
We present a geometric scalar theory of gravity. Our proposal will be described using the "backgroun...
We construct several exact solutions for a recently proposed geometric scalar theory of gravity. We ...
We discuss a class of models for gravity based on a scalar field. The models include and generalize ...
A spatially flat FLRW universe (motivated by inflation) is studied; by a dimensional reduction of th...
We study the Scalar Field Cosmology (SFC) using the geometric language of the phase space. We define...
We show that a number of problems of modern cosmology may be solved in the framework of multidimensi...
We review the main properties of the recently proposed the Geometric Scalar Gravity (GSG), emphasizi...
We study the Scalar Field Cosmology (SFC) using the geometric language of the phase space. We define...
Aims. We study cosmological models in scalar tensor theories of gravity with power-law potentials as...
We study cosmological models in scalar tensor theories of gravity with power-law potentials as model...
International audienceIn a subclass of scalar-tensor theories, it has been shown that standard gener...
We describe what cosmology looks like in the context of the geometric theory of gravity based on a s...
We describe what cosmology looks like in the context of the geometric theory of gravity based on a s...
We present a geometric scalar theory of gravity. Our proposal will be described using the "backgroun...
We construct several exact solutions for a recently proposed geometric scalar theory of gravity. We ...
We discuss a class of models for gravity based on a scalar field. The models include and generalize ...
A spatially flat FLRW universe (motivated by inflation) is studied; by a dimensional reduction of th...
We study the Scalar Field Cosmology (SFC) using the geometric language of the phase space. We define...
We show that a number of problems of modern cosmology may be solved in the framework of multidimensi...
We review the main properties of the recently proposed the Geometric Scalar Gravity (GSG), emphasizi...
We study the Scalar Field Cosmology (SFC) using the geometric language of the phase space. We define...
Aims. We study cosmological models in scalar tensor theories of gravity with power-law potentials as...
We study cosmological models in scalar tensor theories of gravity with power-law potentials as model...
International audienceIn a subclass of scalar-tensor theories, it has been shown that standard gener...