Homogeneous cosmological models with non-vanishing intrinsic curvature require a special treatment when they are quantized with loop quantum cosmological methods. Guidance from the full theory which is lost in this context can be replaced by two criteria for an acceptable quantization, admissibility of a continuum approximation and local stability. A quantization of the corresponding Hamiltonian constraints is presented and shown to lead to a locally stable, non-singular evolution compatible with almost classical behavior at large volume. As an application, the Bianchi IX model and its modified behavior close to its classical singularity is explored
In the framework of loop quantum cosmology anomaly free quantizations of the Hamiltonian constraint ...
We perform the quantization of an inhomogeneous cosmological spacetime that contains a matter scalar...
Isotropic models in loop quantum cosmology allow explicit calculations, thanks largely to a complete...
Homogeneous cosmological models with non-vanishing intrinsic curvature require a special treatment w...
Homogeneous cosmological models with non-vanishing intrinsic curvature require a special treatment w...
We complete the canonical quantization of the vacuum Bianchi I model within the improved dynamics sc...
16 pagesInternational audienceWe explore the extension of quantum cosmology outside the homogeneous ...
4 pags. -- Loops 11: Non-Perturbative / Background Independent Quantum Gravity 23–28 May 2011, Madri...
The comprehensive formulation for loop quantum cosmology in the spatially flat, isotropic model was ...
The Bianchi IX model has been used often to investigate the structure close to singularities of gene...
We present quantum (and classical) Bianchi I model, with free massless scalar field, of the Universe...
Loop Quantum Cosmology adapts the techniques of Loop Quantum Gravity in the quantization of homogene...
The canonical quantum theory of gravity -- Quantum Geometrodynamics (QG) is applied to the homogeneo...
Loop quantum cosmology is an application of recent developments for a non-perturbative and backgroun...
Abstract. The mathematical structure of homogeneous loop quantum cosmology is analy-zed, starting wi...
In the framework of loop quantum cosmology anomaly free quantizations of the Hamiltonian constraint ...
We perform the quantization of an inhomogeneous cosmological spacetime that contains a matter scalar...
Isotropic models in loop quantum cosmology allow explicit calculations, thanks largely to a complete...
Homogeneous cosmological models with non-vanishing intrinsic curvature require a special treatment w...
Homogeneous cosmological models with non-vanishing intrinsic curvature require a special treatment w...
We complete the canonical quantization of the vacuum Bianchi I model within the improved dynamics sc...
16 pagesInternational audienceWe explore the extension of quantum cosmology outside the homogeneous ...
4 pags. -- Loops 11: Non-Perturbative / Background Independent Quantum Gravity 23–28 May 2011, Madri...
The comprehensive formulation for loop quantum cosmology in the spatially flat, isotropic model was ...
The Bianchi IX model has been used often to investigate the structure close to singularities of gene...
We present quantum (and classical) Bianchi I model, with free massless scalar field, of the Universe...
Loop Quantum Cosmology adapts the techniques of Loop Quantum Gravity in the quantization of homogene...
The canonical quantum theory of gravity -- Quantum Geometrodynamics (QG) is applied to the homogeneo...
Loop quantum cosmology is an application of recent developments for a non-perturbative and backgroun...
Abstract. The mathematical structure of homogeneous loop quantum cosmology is analy-zed, starting wi...
In the framework of loop quantum cosmology anomaly free quantizations of the Hamiltonian constraint ...
We perform the quantization of an inhomogeneous cosmological spacetime that contains a matter scalar...
Isotropic models in loop quantum cosmology allow explicit calculations, thanks largely to a complete...