We verify that summing 2D DT geometries correctly reproduces the Polyakov action for the conformal mode, including all ghost contributions, at large volumes. The Gaussian action is reproduced even for central charges greater than one lending strong support to the hypothesis that the space of all possible dyamical triangulations approximates well the space of physically distinct metrics independent of the precise nature of the matter coupling
We present results of a high precision Monte Carlo simulation of dynamically triangulated random sur...
We have studied a model which has been proposed as a regularisation for four dimensional quantum gra...
The limitations of three-dimensional semi-classical gravity are explored in the context of a conform...
We verify that summing 2D DT geometries correctly reproduces the Polyakov action for the conformal m...
We verify that summing 2D DT geometries correctly reproduces the Polyakov action for the conformal m...
We review the derivation of the Liouville action in 2DQG via the trace anomaly and emphasize how a s...
The quantum dynamics of the gravitational field non-minimally coupled to an (also dynamical) scalar ...
We present the results of a high statistics Monte Carlo study of a model for four dimensional euclid...
We use the recently proposed node decimation algorithm for blocking dynamical geometries to investig...
We consider two issues in the DT model of quantum gravity. First, it is shown that the triangulation...
We investigate the gravitational backreaction, generated by coupling a general conformal sector to e...
The characteristic property of the 2-dimensional Polyakov action is its independence on the metric t...
AbstractBy appropriate scaling of coupling constants a one-parameter family of ensembles of two-dime...
International audienceIn this paper, we rigorously construct 2d Liouville Quantum Field Theory on th...
By appropriate scaling of coupling constants a one-parameter family of ensembles of two-dimensional ...
We present results of a high precision Monte Carlo simulation of dynamically triangulated random sur...
We have studied a model which has been proposed as a regularisation for four dimensional quantum gra...
The limitations of three-dimensional semi-classical gravity are explored in the context of a conform...
We verify that summing 2D DT geometries correctly reproduces the Polyakov action for the conformal m...
We verify that summing 2D DT geometries correctly reproduces the Polyakov action for the conformal m...
We review the derivation of the Liouville action in 2DQG via the trace anomaly and emphasize how a s...
The quantum dynamics of the gravitational field non-minimally coupled to an (also dynamical) scalar ...
We present the results of a high statistics Monte Carlo study of a model for four dimensional euclid...
We use the recently proposed node decimation algorithm for blocking dynamical geometries to investig...
We consider two issues in the DT model of quantum gravity. First, it is shown that the triangulation...
We investigate the gravitational backreaction, generated by coupling a general conformal sector to e...
The characteristic property of the 2-dimensional Polyakov action is its independence on the metric t...
AbstractBy appropriate scaling of coupling constants a one-parameter family of ensembles of two-dime...
International audienceIn this paper, we rigorously construct 2d Liouville Quantum Field Theory on th...
By appropriate scaling of coupling constants a one-parameter family of ensembles of two-dimensional ...
We present results of a high precision Monte Carlo simulation of dynamically triangulated random sur...
We have studied a model which has been proposed as a regularisation for four dimensional quantum gra...
The limitations of three-dimensional semi-classical gravity are explored in the context of a conform...