AbstractSpin-foam models are hoped to provide a dynamics for loop quantum gravity. These start from the Plebanski formulation of gravity, in which gravity is obtained from a topological field theory, BF theory, through constraints, which, however, select more than one gravitational sector, as well as an unphysical degenerate sector. We show this is why terms beyond the needed Feynman-prescribed one appear in the semiclassical limit of the EPRL spin-foam amplitude. By quantum mechanically isolating a single gravitational sector, we modify this amplitude, yielding a spin-foam amplitude for loop quantum gravity with the correct semiclassical limit
The program of Loop Quantum Gravity is to find a background independent quantum theory of general re...
International audienceWe develop a numerical method to investigate the semiclassical limit of spin f...
Spin Foam Models (SFM) are an attempt at a covariant or path integral formulation of canonical Loop ...
AbstractSpin-foam models are hoped to provide a dynamics for loop quantum gravity. These start from ...
Spin foam vertex amplitudes are the key ingredient of spin foam models for quantum gravity. These fa...
In this PhD thesis I discuss various aspects of the semiclassical dynamics of Loop Quantum Gravity (...
In loop quantum gravity we now have a clear picture of the quantum geometry of space, thanks in part...
Spin networks arise in many areas of physics and are a key component in both the canonical formulati...
The canonical "loop" formulation of quantum gravity is a mathematically well defined, background ind...
textIn Loop Quantum Gravity, a quantum state of the gravitational field has a semiclassical interpre...
It is often emphasized that spin-foam models could realize a projection on the physical Hilbert spac...
24 pagesInternational audienceThis paper aims at clarifying the link between Loop Quantum Gravity an...
The spinfoam framework is a proposal for a regularized path integral for quantum gravity. Spinfoams ...
The canonical "loop" formulation of quantum gravity is a mathematically well defined, back...
This paper aims at clarifying the link between loop quantum gravity and spin-foam models in four dim...
The program of Loop Quantum Gravity is to find a background independent quantum theory of general re...
International audienceWe develop a numerical method to investigate the semiclassical limit of spin f...
Spin Foam Models (SFM) are an attempt at a covariant or path integral formulation of canonical Loop ...
AbstractSpin-foam models are hoped to provide a dynamics for loop quantum gravity. These start from ...
Spin foam vertex amplitudes are the key ingredient of spin foam models for quantum gravity. These fa...
In this PhD thesis I discuss various aspects of the semiclassical dynamics of Loop Quantum Gravity (...
In loop quantum gravity we now have a clear picture of the quantum geometry of space, thanks in part...
Spin networks arise in many areas of physics and are a key component in both the canonical formulati...
The canonical "loop" formulation of quantum gravity is a mathematically well defined, background ind...
textIn Loop Quantum Gravity, a quantum state of the gravitational field has a semiclassical interpre...
It is often emphasized that spin-foam models could realize a projection on the physical Hilbert spac...
24 pagesInternational audienceThis paper aims at clarifying the link between Loop Quantum Gravity an...
The spinfoam framework is a proposal for a regularized path integral for quantum gravity. Spinfoams ...
The canonical "loop" formulation of quantum gravity is a mathematically well defined, back...
This paper aims at clarifying the link between loop quantum gravity and spin-foam models in four dim...
The program of Loop Quantum Gravity is to find a background independent quantum theory of general re...
International audienceWe develop a numerical method to investigate the semiclassical limit of spin f...
Spin Foam Models (SFM) are an attempt at a covariant or path integral formulation of canonical Loop ...