A new family of inflation models is introduced and studied. The models are characterised by a scalar potential which, far from the origin, approximates an inflationary plateau, while near the origin becomes monomial, as in chaotic inflation. The models are obtained in the context of global supersymmetry starting with a superpotential, which interpolates from a generalised monomial to an O'Raifearteagh form for small to large values of the inflaton field respectively. It is demonstrated that the observables obtained, such as the scalar spectral index and the tensor to scalar ratio, are in excellent agreement with the latest observations. Some discussion of initial conditions and eternal inflation is included
We revisit a polynomial chaotic inflation model in supergravity which we proposed soon after the Pla...
We revisit a polynomial chaotic inflation model in supergravity which we proposed soon after the Pla...
AbstractWe propose a multi-natural inflation model in which the single-field inflaton potential cons...
AbstractA new family of inflation models is introduced and studied. The models are characterised by ...
AbstractA new family of inflation models is introduced and studied. The models are characterised by ...
AbstractMotivated by the reported discovery of inflationary gravity waves by the Bicep2 experiment, ...
AbstractWe investigate the cosmological inflation in a class of supergravity models that are general...
Motivated by the reported discovery of inflationary gravity waves by the Bicep2 experiment, we propo...
AbstractMultiple axions form a landscape in the presence of various shift symmetry breaking terms. E...
AbstractWe reconstruct scalar field theories to realize inflation compatible with the BICEP2 result ...
The recent BICEP2 measurements of B-modes indicate a large tensor-to-scalar ratio in inflationary co...
We reconstruct scalar field theories to realize inflation compatible with the BICEP2 result as well ...
We propose new supergravity models describing chaotic Linde- and Starobinsky-like inflation in terms...
We propose a multi-natural inflation model in which the single-field inflaton potential consists of ...
We propose a novel scenario of primordial inflation in which the inflaton goes through a spiral moti...
We revisit a polynomial chaotic inflation model in supergravity which we proposed soon after the Pla...
We revisit a polynomial chaotic inflation model in supergravity which we proposed soon after the Pla...
AbstractWe propose a multi-natural inflation model in which the single-field inflaton potential cons...
AbstractA new family of inflation models is introduced and studied. The models are characterised by ...
AbstractA new family of inflation models is introduced and studied. The models are characterised by ...
AbstractMotivated by the reported discovery of inflationary gravity waves by the Bicep2 experiment, ...
AbstractWe investigate the cosmological inflation in a class of supergravity models that are general...
Motivated by the reported discovery of inflationary gravity waves by the Bicep2 experiment, we propo...
AbstractMultiple axions form a landscape in the presence of various shift symmetry breaking terms. E...
AbstractWe reconstruct scalar field theories to realize inflation compatible with the BICEP2 result ...
The recent BICEP2 measurements of B-modes indicate a large tensor-to-scalar ratio in inflationary co...
We reconstruct scalar field theories to realize inflation compatible with the BICEP2 result as well ...
We propose new supergravity models describing chaotic Linde- and Starobinsky-like inflation in terms...
We propose a multi-natural inflation model in which the single-field inflaton potential consists of ...
We propose a novel scenario of primordial inflation in which the inflaton goes through a spiral moti...
We revisit a polynomial chaotic inflation model in supergravity which we proposed soon after the Pla...
We revisit a polynomial chaotic inflation model in supergravity which we proposed soon after the Pla...
AbstractWe propose a multi-natural inflation model in which the single-field inflaton potential cons...