AbstractWe report on the numerical analysis of the area correlations in spin foam gravity on a single 4-simplex considered by Rovelli [C. Rovelli, Phys. Rev. Lett. 97 (2006) 151301]. We compare the asymptotics and confirm the inverse squared distance leading behaviour at large scales. This supports the recent advances on testing the semiclassical limit of the theory. Furthermore, we show that the microscopic discreteness of the theory dynamically suppresses and regularizes the correlations at the Planck scale
In this PhD thesis I discuss various aspects of the semiclassical dynamics of Loop Quantum Gravity (...
La gravité quantique à boucles a fourni un cadre d’étude particulièrement bien adapté aux théories d...
Local flatness is a property shared by all the spin foam models. It ensures that the theory's fundam...
AbstractWe report on the numerical analysis of the area correlations in spin foam gravity on a singl...
5 pages, 3 figuresInternational audienceWe report on the numerical analysis of the area correlations...
AbstractWe compute metric correlations in loop quantum gravity with the dynamics defined by the new ...
The Barrett-Crane spin foam model for quantum gravity provides an excellent setting for testing anal...
Understanding the large-scale physics is crucial for the spin foam approach to quantum gravity. We t...
We undertake first steps in making a class of discrete models of quantum gravity, spin foams, access...
International audienceThe Barrett-Crane spin foam model for quantum gravity provides an excellent se...
Any approach to pure quantum gravity must eventually face the question of coupling quantum matter to...
We discuss the expansions used in spin foam cosmology. We point out that already at the one vertex l...
We study the behavior of holonomy spin foam partition functions, a form of lattice gauge gravity, on...
We study the asymptotic properties of four-simplex amplitudes for various four-dimensional spin foam...
AbstractSpin-foam models are hoped to provide a dynamics for loop quantum gravity. These start from ...
In this PhD thesis I discuss various aspects of the semiclassical dynamics of Loop Quantum Gravity (...
La gravité quantique à boucles a fourni un cadre d’étude particulièrement bien adapté aux théories d...
Local flatness is a property shared by all the spin foam models. It ensures that the theory's fundam...
AbstractWe report on the numerical analysis of the area correlations in spin foam gravity on a singl...
5 pages, 3 figuresInternational audienceWe report on the numerical analysis of the area correlations...
AbstractWe compute metric correlations in loop quantum gravity with the dynamics defined by the new ...
The Barrett-Crane spin foam model for quantum gravity provides an excellent setting for testing anal...
Understanding the large-scale physics is crucial for the spin foam approach to quantum gravity. We t...
We undertake first steps in making a class of discrete models of quantum gravity, spin foams, access...
International audienceThe Barrett-Crane spin foam model for quantum gravity provides an excellent se...
Any approach to pure quantum gravity must eventually face the question of coupling quantum matter to...
We discuss the expansions used in spin foam cosmology. We point out that already at the one vertex l...
We study the behavior of holonomy spin foam partition functions, a form of lattice gauge gravity, on...
We study the asymptotic properties of four-simplex amplitudes for various four-dimensional spin foam...
AbstractSpin-foam models are hoped to provide a dynamics for loop quantum gravity. These start from ...
In this PhD thesis I discuss various aspects of the semiclassical dynamics of Loop Quantum Gravity (...
La gravité quantique à boucles a fourni un cadre d’étude particulièrement bien adapté aux théories d...
Local flatness is a property shared by all the spin foam models. It ensures that the theory's fundam...