DOIAbstract
A model for inflation based on a quantum gravity scenario is presented. The process allows inflation of a Planck size bubble to the observed universe
A model for inflation based on a quantum gravity scenario is presented. The process allows inflation of a Planck size bubble to the observed universe
We show that particle production during the expansion of bubbles of true vacuum in the sea of false ...
Gravitational backgrounds, such as black holes, AdS, de Sitter and inflationary universes, should be...
The quantum gravitational scale of inflation is calculated by finding a sharp probability peak in th...
Quantum geometry predicts that a universe evolves through an inflationary phase at small volume befo...
Abstract. We investigate the quantum cosmological tunneling scenario for inflationary models. Within...
Since the standard inflationary paradigm is based on quantum field theory on classical space-times, ...
We study quantum gravity constraints on inflationary model building. Our approach is based on requir...
11 pages, 7 figuresIn this paper we consider realistic model of inflation embedded in the framework ...
Quantum gravitational back-reaction offers the potential of simultaneously resolving the problem of ...
The dynamics of spherical quantum bubbles in 3+1 dimensions is governed by a Klein-Gordon-type equat...
Every physical theory involving quantum fields requires a model of quantum vacuum. The vacuum associ...
The discovery of B-modes, and their effect on the fit to inflationary parameters, opens a window to ...
11 pages, 14 figuresLoop quantum cosmology provides an efficient framework to study the evolution of...
The discovery of B-modes, and their effect on the fit to inflationary parameters, opens a window to ...
We discuss a two-step mechanism to create a new inflationary domain beyond a wormhole throat which i...
We show that particle production during the expansion of bubbles of true vacuum in the sea of false ...
Gravitational backgrounds, such as black holes, AdS, de Sitter and inflationary universes, should be...
The quantum gravitational scale of inflation is calculated by finding a sharp probability peak in th...
Quantum geometry predicts that a universe evolves through an inflationary phase at small volume befo...
Abstract. We investigate the quantum cosmological tunneling scenario for inflationary models. Within...
Since the standard inflationary paradigm is based on quantum field theory on classical space-times, ...
We study quantum gravity constraints on inflationary model building. Our approach is based on requir...
11 pages, 7 figuresIn this paper we consider realistic model of inflation embedded in the framework ...
Quantum gravitational back-reaction offers the potential of simultaneously resolving the problem of ...
The dynamics of spherical quantum bubbles in 3+1 dimensions is governed by a Klein-Gordon-type equat...
Every physical theory involving quantum fields requires a model of quantum vacuum. The vacuum associ...
The discovery of B-modes, and their effect on the fit to inflationary parameters, opens a window to ...
11 pages, 14 figuresLoop quantum cosmology provides an efficient framework to study the evolution of...
The discovery of B-modes, and their effect on the fit to inflationary parameters, opens a window to ...
We discuss a two-step mechanism to create a new inflationary domain beyond a wormhole throat which i...
We show that particle production during the expansion of bubbles of true vacuum in the sea of false ...
Gravitational backgrounds, such as black holes, AdS, de Sitter and inflationary universes, should be...
The quantum gravitational scale of inflation is calculated by finding a sharp probability peak in th...
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