We show that the scale of the inflationary potential may be the electroweak scale or even lower, while still generating an acceptable spectrum of primordial density perturbations. Thermal effects readily lead to the initial conditions necessary for low scale inflation to occur, and even the moduli problem can be evaded if there is such an inflationary period. We discuss how low scale inflationary models may arise in supersymmetric theories or in theories with large new space dimensions
We construct a phenomenological model of electroweak-scale inflation that is in accordance with rece...
We investigate characteristic features of a realistic parameter choice for primordial inflation with...
International audienceWe consider inflation and supersymmetry breaking in the context of a minimal m...
AbstractNatural (axionic) inflation provides a well-motivated and predictive scheme for the descript...
Natural (axionic) inflation provides a well-motivated and predictive scheme for the description of t...
Theories where the Planck scale is dynamically generated from dimensionless interactions provide pre...
We discuss the phenomenological implications of hybrid natural inflation models in which the inflato...
We present a dynamical cosmological solution that simultaneously accounts for the early inflationary...
We construct a model of inflation based on a low-energy effective theory of spontaneously broken glo...
AbstractWe discuss the phenomenological implications of Hybrid Natural Inflation models in which the...
Most models of inflation have small parameters, either to guarantee sufficient inflation or the corr...
We study the inflationary perturbations in general (classically) scale-invariant theories. Such scen...
Supersymmetry is the most natural framework for physics above the TeV scale, and the corresponding f...
Models of inflation are instructive playgrounds for supersymmetry breaking in Supergravity and Strin...
Most models of inflation have small parameters, either to guarantee sufficient inflation or the corr...
We construct a phenomenological model of electroweak-scale inflation that is in accordance with rece...
We investigate characteristic features of a realistic parameter choice for primordial inflation with...
International audienceWe consider inflation and supersymmetry breaking in the context of a minimal m...
AbstractNatural (axionic) inflation provides a well-motivated and predictive scheme for the descript...
Natural (axionic) inflation provides a well-motivated and predictive scheme for the description of t...
Theories where the Planck scale is dynamically generated from dimensionless interactions provide pre...
We discuss the phenomenological implications of hybrid natural inflation models in which the inflato...
We present a dynamical cosmological solution that simultaneously accounts for the early inflationary...
We construct a model of inflation based on a low-energy effective theory of spontaneously broken glo...
AbstractWe discuss the phenomenological implications of Hybrid Natural Inflation models in which the...
Most models of inflation have small parameters, either to guarantee sufficient inflation or the corr...
We study the inflationary perturbations in general (classically) scale-invariant theories. Such scen...
Supersymmetry is the most natural framework for physics above the TeV scale, and the corresponding f...
Models of inflation are instructive playgrounds for supersymmetry breaking in Supergravity and Strin...
Most models of inflation have small parameters, either to guarantee sufficient inflation or the corr...
We construct a phenomenological model of electroweak-scale inflation that is in accordance with rece...
We investigate characteristic features of a realistic parameter choice for primordial inflation with...
International audienceWe consider inflation and supersymmetry breaking in the context of a minimal m...