Add to ORKGA nonhomogeneous inflation in the scalar field theory is studied. The nonhomogeneity of the Universe is used to determine the scalar field potential. Connection of the model with the elementary particles theory is suggested
AbstractWe show how short inflation naturally arises in a non-minimal gravity theory with a scalar f...
We revisit inflation with non-canonical scalar fields by applying deformed-steepness exponential pot...
Non-flat Friedmann-Lemaitre models solving the horizon problem in which, prior to and during inflati...
We consider the effect of quantizing the homogeneous mode of a scalar field on inflation. It is show...
Slow-roll inflationary scenario is considered in noncanonical scalar field model supposing a power-l...
We study the effective field theory of inflation, i.e. the most general theory describing the fluctu...
A homogeneous, spatially flat cosmological model induced by a massless scalar field is investigated....
Cosmological inflation is a simple, and observationally well-supported, mechanism for generating a f...
Change of title : On the problem of inflation in nonlinear multidimensional cosmological models. We ...
We investigate the entanglement due to geometric corrections in particle creation during inflation. ...
The inflationary paradigm is one which was designed to answer questions that arose from classical H...
Cosmology is the study of the universe as a whole. It deals with the origin and evolution of the uni...
International audienceWe consider spatially averaged inhomogeneous universe models and argue that, a...
We study the quantum evolution of the homogeneous mode of a scalar field with simple potentials in R...
AbstractA formalization of the recently introduced formalism for inflation is developed from a nonco...
AbstractWe show how short inflation naturally arises in a non-minimal gravity theory with a scalar f...
We revisit inflation with non-canonical scalar fields by applying deformed-steepness exponential pot...
Non-flat Friedmann-Lemaitre models solving the horizon problem in which, prior to and during inflati...
We consider the effect of quantizing the homogeneous mode of a scalar field on inflation. It is show...
Slow-roll inflationary scenario is considered in noncanonical scalar field model supposing a power-l...
We study the effective field theory of inflation, i.e. the most general theory describing the fluctu...
A homogeneous, spatially flat cosmological model induced by a massless scalar field is investigated....
Cosmological inflation is a simple, and observationally well-supported, mechanism for generating a f...
Change of title : On the problem of inflation in nonlinear multidimensional cosmological models. We ...
We investigate the entanglement due to geometric corrections in particle creation during inflation. ...
The inflationary paradigm is one which was designed to answer questions that arose from classical H...
Cosmology is the study of the universe as a whole. It deals with the origin and evolution of the uni...
International audienceWe consider spatially averaged inhomogeneous universe models and argue that, a...
We study the quantum evolution of the homogeneous mode of a scalar field with simple potentials in R...
AbstractA formalization of the recently introduced formalism for inflation is developed from a nonco...
AbstractWe show how short inflation naturally arises in a non-minimal gravity theory with a scalar f...
We revisit inflation with non-canonical scalar fields by applying deformed-steepness exponential pot...
Non-flat Friedmann-Lemaitre models solving the horizon problem in which, prior to and during inflati...