An expression for the oscillatory part of an asymptotic formula for the relativistic spin network amplitude for a 4-simplex is given. The amplitude depends on specified areas for each two-dimensional face in the 4-simplex. The asymptotic formula has a contribution from each flat Euclidean metric on the 4-simplex which agrees with the given areas. The oscillatory part of each contribution is determined by the Regge calculus Einstein action for that geometry
The 10j symbol is a spin network that appears in the partition function for the Barrett-Crane model ...
11 pagesWe study the asymptotic expansion of the 6j-symbol using the Schulten-Gordon recursion relat...
This work initiates a study of the semiclassical limit of quantum gravity using a geometrical formul...
An expression for the oscillatory part of an asymptotic formula for the relativistic spin network am...
The Riemannian 10j symbols are spin networks that assign an amplitude to each 4-simplex in the Barr...
We study the asymptotic properties of four-simplex amplitudes for various four-dimensional spin foam...
Dans cette thèse nous présenterons une construction pour l'amplitude quantique associée à un 4-simpl...
In the current pursuit of a quantum theory of gravity, the lack of experimental data at the Planck s...
International audienceThe large-j asymptotic behavior of the four-dimensional spin foam amplitude is...
27 pages, 5 figures, references addedInternational audienceWe study the large-j asymptotics of the E...
20 pagesWe adapt the Gurau's proof (2008) about the asymptotic limit of Ponzano-Regge formula to sup...
. Relativistic spin networks are defined by considering the spin covering of the group SO(4), SU(2) ...
The evaluation of a relativistic spin network for the classical case of the Lie group SU(2) is given...
The evaluation of relativistic spin networks plays a fundamental role in the Barrett-Crane state sum...
16 pagesIn the context of spinfoam models for quantum gravity, we investigate the asymptotical behav...
The 10j symbol is a spin network that appears in the partition function for the Barrett-Crane model ...
11 pagesWe study the asymptotic expansion of the 6j-symbol using the Schulten-Gordon recursion relat...
This work initiates a study of the semiclassical limit of quantum gravity using a geometrical formul...
An expression for the oscillatory part of an asymptotic formula for the relativistic spin network am...
The Riemannian 10j symbols are spin networks that assign an amplitude to each 4-simplex in the Barr...
We study the asymptotic properties of four-simplex amplitudes for various four-dimensional spin foam...
Dans cette thèse nous présenterons une construction pour l'amplitude quantique associée à un 4-simpl...
In the current pursuit of a quantum theory of gravity, the lack of experimental data at the Planck s...
International audienceThe large-j asymptotic behavior of the four-dimensional spin foam amplitude is...
27 pages, 5 figures, references addedInternational audienceWe study the large-j asymptotics of the E...
20 pagesWe adapt the Gurau's proof (2008) about the asymptotic limit of Ponzano-Regge formula to sup...
. Relativistic spin networks are defined by considering the spin covering of the group SO(4), SU(2) ...
The evaluation of a relativistic spin network for the classical case of the Lie group SU(2) is given...
The evaluation of relativistic spin networks plays a fundamental role in the Barrett-Crane state sum...
16 pagesIn the context of spinfoam models for quantum gravity, we investigate the asymptotical behav...
The 10j symbol is a spin network that appears in the partition function for the Barrett-Crane model ...
11 pagesWe study the asymptotic expansion of the 6j-symbol using the Schulten-Gordon recursion relat...
This work initiates a study of the semiclassical limit of quantum gravity using a geometrical formul...