The Barrett-Crane spin foam model for quantum gravity provides an excellent setting for testing analytical and numerical tools used to probe spin foam models. Here, we complete the report on the numerical analysis of the single 4-simplex area correlations begun in (2009 Phys. Lett. B 670 403-6), discussing the next-to-leading order corrections ('one-loop' corrections) with particular attention to their measure dependence, and the difference between the Gaussian and Bessel ansatz for the boundary stat
32 pagesInternational audienceThe most common spin foam models of gravity are widely believed to be ...
We adapt the Metropolis-Hastings algorithm, along with recently developed computational methods, to ...
In the current pursuit of a quantum theory of gravity, the lack of experimental data at the Planck s...
The Barrett-Crane spin foam model for quantum gravity provides an excellent setting for testing anal...
International audienceThe Barrett-Crane spin foam model for quantum gravity provides an excellent se...
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 ...
28 pagesInternational audienceWe compute metric correlations in loop quantum gravity with the dynami...
This paper aims at clarifying the link between loop quantum gravity and spin-foam models in four dim...
24 pagesInternational audienceThis paper aims at clarifying the link between Loop Quantum Gravity an...
Abstract: We study the asymptotic geometry of the spin foam partition function for a large class of ...
In this PhD thesis I discuss various aspects of the semiclassical dynamics of Loop Quantum Gravity (...
43 pages, typos corrected, version accepted by Nucl.Phys.BInternational audienceThe relation between...
Abstract: Bell’s Theorem places limits on correlations between local spin measurements of entangled ...
32 pagesInternational audienceThe most common spin foam models of gravity are widely believed to be ...
We adapt the Metropolis-Hastings algorithm, along with recently developed computational methods, to ...
In the current pursuit of a quantum theory of gravity, the lack of experimental data at the Planck s...
The Barrett-Crane spin foam model for quantum gravity provides an excellent setting for testing anal...
International audienceThe Barrett-Crane spin foam model for quantum gravity provides an excellent se...
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 ...
28 pagesInternational audienceWe compute metric correlations in loop quantum gravity with the dynami...
This paper aims at clarifying the link between loop quantum gravity and spin-foam models in four dim...
24 pagesInternational audienceThis paper aims at clarifying the link between Loop Quantum Gravity an...
Abstract: We study the asymptotic geometry of the spin foam partition function for a large class of ...
In this PhD thesis I discuss various aspects of the semiclassical dynamics of Loop Quantum Gravity (...
43 pages, typos corrected, version accepted by Nucl.Phys.BInternational audienceThe relation between...
Abstract: Bell’s Theorem places limits on correlations between local spin measurements of entangled ...
32 pagesInternational audienceThe most common spin foam models of gravity are widely believed to be ...
We adapt the Metropolis-Hastings algorithm, along with recently developed computational methods, to ...
In the current pursuit of a quantum theory of gravity, the lack of experimental data at the Planck s...