AbstractWe have constructed a large field N-flation model in the supergravity framework. In this simple set-up, N fields collectively drive inflation where each field traverses sub-Planckian field values. This has been realised with a generalisation of the single-field chaotic inflation in supergravity. Interestingly, despite the presence of the field interactions, the dynamics can be described in terms of an effective single field. The observable predictions of our model, i.e., tensor-to-scalar ratio r and scalar spectral index ns, are akin to the chaotic inflation
AbstractWe revisit a polynomial chaotic inflation model in supergravity which we proposed soon after...
We revisit a polynomial chaotic inflation model in supergravity which we proposed soon after the Pla...
AbstractWe present a common solution to the puzzles of the light Higgs or quark masses and the need ...
We have constructed a large field N-flation model in the supergravity framework. In this simple set-...
AbstractWe have constructed a large field N-flation model in the supergravity framework. In this sim...
Abstract A second order pole in the scalar kinetic term can lead to a class of inflation models with...
The presence of many axion fields in four-dimensional string vacua can lead to a simple, radiatively...
Within supersymmetry we provide an example where the inflaton sector is derived from a gauge invaria...
We carry out numerical investigations of the dynamics and perturbations in the Nflation model of Dim...
AbstractWe propose new supergravity models describing chaotic Linde- and Starobinsky-like inflation ...
We present a simple effective field theory formulation of a general family of single-field flux mono...
We generalize the Effective Field Theory of Inflation to include additional light scalar degrees of ...
We propose an inflationary scenario, M-flation , in which inflation is driven by three N N hermitia...
We present a simple effective field theory formulation of a general family of single-field flux mono...
Effective supergravity inflationary models induced by anti-D3 brane interaction with the moduli fiel...
AbstractWe revisit a polynomial chaotic inflation model in supergravity which we proposed soon after...
We revisit a polynomial chaotic inflation model in supergravity which we proposed soon after the Pla...
AbstractWe present a common solution to the puzzles of the light Higgs or quark masses and the need ...
We have constructed a large field N-flation model in the supergravity framework. In this simple set-...
AbstractWe have constructed a large field N-flation model in the supergravity framework. In this sim...
Abstract A second order pole in the scalar kinetic term can lead to a class of inflation models with...
The presence of many axion fields in four-dimensional string vacua can lead to a simple, radiatively...
Within supersymmetry we provide an example where the inflaton sector is derived from a gauge invaria...
We carry out numerical investigations of the dynamics and perturbations in the Nflation model of Dim...
AbstractWe propose new supergravity models describing chaotic Linde- and Starobinsky-like inflation ...
We present a simple effective field theory formulation of a general family of single-field flux mono...
We generalize the Effective Field Theory of Inflation to include additional light scalar degrees of ...
We propose an inflationary scenario, M-flation , in which inflation is driven by three N N hermitia...
We present a simple effective field theory formulation of a general family of single-field flux mono...
Effective supergravity inflationary models induced by anti-D3 brane interaction with the moduli fiel...
AbstractWe revisit a polynomial chaotic inflation model in supergravity which we proposed soon after...
We revisit a polynomial chaotic inflation model in supergravity which we proposed soon after the Pla...
AbstractWe present a common solution to the puzzles of the light Higgs or quark masses and the need ...