We consider the effect of quantizing the homogeneous mode of a scalar field on inflation. It is shown that any semiclassical description of the scalar field is bound to lead to density inhomogeneities which are unacceptably large
We analyze the onset of inflation for a simple single-field model when the system begins with signif...
The energy and time scales during the inflationary stage of the universe calls for an out of equilib...
We propose a solution to the quantum measurement problem in inflation. Our model treats Fourier mode...
We consider the effect of quantizing the homogeneous mode of a scalar field on inflation. It is show...
We study the quantum evolution of the homogeneous mode of a scalar field with simple potentials in R...
The physics of the inflationary universe requires the study of the out of equilibrium evolution of q...
In the computation of density perturbation in inflation it is conventional to assume the inflation f...
The evolution of Gaussian quantum states in the de Sitter phase of the early universe is investigate...
The usual description of inflationary fluctuations uses the framework of quantum field theory (QFT) ...
In the framework of chaotic inflation we study the case of a massive scalar field using a semiclassi...
The physics during the inflationary stage of the universe is of quantum nature involving extremely h...
For simple inflationary models, we provide a consistent and complete scheme by which the macro-physi...
An analysis of the decoherence of quantum fluctuations shows that production of classical adiabatic ...
A nonhomogeneous inflation in the scalar field theory is studied. The nonhomogeneity of the Univers...
Inflation is most often described using quantum field theory (QFT) on a fixed, curved spacetime back...
We analyze the onset of inflation for a simple single-field model when the system begins with signif...
The energy and time scales during the inflationary stage of the universe calls for an out of equilib...
We propose a solution to the quantum measurement problem in inflation. Our model treats Fourier mode...
We consider the effect of quantizing the homogeneous mode of a scalar field on inflation. It is show...
We study the quantum evolution of the homogeneous mode of a scalar field with simple potentials in R...
The physics of the inflationary universe requires the study of the out of equilibrium evolution of q...
In the computation of density perturbation in inflation it is conventional to assume the inflation f...
The evolution of Gaussian quantum states in the de Sitter phase of the early universe is investigate...
The usual description of inflationary fluctuations uses the framework of quantum field theory (QFT) ...
In the framework of chaotic inflation we study the case of a massive scalar field using a semiclassi...
The physics during the inflationary stage of the universe is of quantum nature involving extremely h...
For simple inflationary models, we provide a consistent and complete scheme by which the macro-physi...
An analysis of the decoherence of quantum fluctuations shows that production of classical adiabatic ...
A nonhomogeneous inflation in the scalar field theory is studied. The nonhomogeneity of the Univers...
Inflation is most often described using quantum field theory (QFT) on a fixed, curved spacetime back...
We analyze the onset of inflation for a simple single-field model when the system begins with signif...
The energy and time scales during the inflationary stage of the universe calls for an out of equilib...
We propose a solution to the quantum measurement problem in inflation. Our model treats Fourier mode...
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