Inflation offers a simple model for very early evolution of our Universe and the origin of primordial perturbations on large scales. Over the last 25 years we have become familiar with the predictions of single-field models, but inflation with more than one light scalar field can alter preconceptions about the inflationary dynamics and our predictions for the primordial perturbations. I will discuss how future observational data could distinguish between inflation driven by one field, or many fields. As an example, I briefly review the curvaton as an alternative to the inflaton scenario for the origin of structure
We present a new class of two-field inflationary attractor models, known as shift-symmetric orbital ...
We investigate the dynamical properties of a class of spatially homogeneous and isotropic cosmologic...
Future galaxy surveys promise to probe local primordial non-Gaussianity at unprecedented precision, ...
Inflation is a stage of extremely rapid expansion in the very early universe. It was proposed to sol...
Inflation is currently the most promising paradigm of the Early Universe. The simple paradigm involv...
We carry out numerical investigations of the dynamics and perturbations in the Nflation model of Dim...
In this thesis, we focus on the dynamics and predictions of multi-field models of inflation. In the ...
We carry out numerical investigations of the dynamics and perturbations in the Nflation model of Dim...
In inflationary scenarios with more than one scalar field, inflation may proceed even if each of the...
We investigate the dynamics of inflation models driven by multiple, decoupled scalar fields and calc...
Inflation models are compared with observation on the assumption that the curvature perturbation is ...
We discuss metric perturbations produced during a period of inflation in the early universe where tw...
We review conceptual aspects of inflationary scenarios able to produce primordial black holes, by am...
We investigate the generation of features at large scales in the primordial power spectrum (PPS) whe...
Motivated by the result of Planck+BICEP/Keck recently released, we investigate the consistency of th...
We present a new class of two-field inflationary attractor models, known as shift-symmetric orbital ...
We investigate the dynamical properties of a class of spatially homogeneous and isotropic cosmologic...
Future galaxy surveys promise to probe local primordial non-Gaussianity at unprecedented precision, ...
Inflation is a stage of extremely rapid expansion in the very early universe. It was proposed to sol...
Inflation is currently the most promising paradigm of the Early Universe. The simple paradigm involv...
We carry out numerical investigations of the dynamics and perturbations in the Nflation model of Dim...
In this thesis, we focus on the dynamics and predictions of multi-field models of inflation. In the ...
We carry out numerical investigations of the dynamics and perturbations in the Nflation model of Dim...
In inflationary scenarios with more than one scalar field, inflation may proceed even if each of the...
We investigate the dynamics of inflation models driven by multiple, decoupled scalar fields and calc...
Inflation models are compared with observation on the assumption that the curvature perturbation is ...
We discuss metric perturbations produced during a period of inflation in the early universe where tw...
We review conceptual aspects of inflationary scenarios able to produce primordial black holes, by am...
We investigate the generation of features at large scales in the primordial power spectrum (PPS) whe...
Motivated by the result of Planck+BICEP/Keck recently released, we investigate the consistency of th...
We present a new class of two-field inflationary attractor models, known as shift-symmetric orbital ...
We investigate the dynamical properties of a class of spatially homogeneous and isotropic cosmologic...
Future galaxy surveys promise to probe local primordial non-Gaussianity at unprecedented precision, ...