It is proven that the partition function of 3-dimensional simplicial gravity has an exponential upper bound with the following assumption: any three dimensional sphere S^3 is constructed by repeated identification of neighboring links and neighboring triangles in the boundary of a simplicial 3-ball. This assumption is weaker than the one proposed by other authors
At the horizon of a black hole, the action of (3+1)-dimensional loop quantum gravity acquires a boun...
For general metric theories of gravity, we compare the approach that describes/derives the field equ...
Abstract We explore thermodynamic contributions to the three-dimensional de Sitter horizon originati...
We give a simple combinatoric proof of an exponential upper bound on the number of distinct 3-manifo...
We present numerical results supporting the existence of an exponential bound in the dynamical trian...
We present numerical results supporting the existence of an exponential bound in the dynamical trian...
We have studied a model which has been proposed as a regularization for four-dimensional quantum gra...
We have studied a model which has been proposed as a regularization for four-dimensional quantum gra...
We have studied a model which has been proposed as a regularisation for four dimensional quantum gra...
We show how Gromov's spaces of bounded geometries provide a general mathematical framework for addre...
Through techniques of controlled topology we determine the entropy function characterizing the distr...
We extend simulations of simplicial gravity in four dimensions to include geometric finite-size effe...
A crucial requirement for the standard interpretation of Monte Carlo simulations of simplicial quant...
Thorleifsson G, Bialas P, Petersson B. The weak-coupling limit of simplicial quantum gravity. NUCLEA...
We study quantum gravity on dS3 using the Chern-Simons formulation of three-dimensional gravity. We ...
At the horizon of a black hole, the action of (3+1)-dimensional loop quantum gravity acquires a boun...
For general metric theories of gravity, we compare the approach that describes/derives the field equ...
Abstract We explore thermodynamic contributions to the three-dimensional de Sitter horizon originati...
We give a simple combinatoric proof of an exponential upper bound on the number of distinct 3-manifo...
We present numerical results supporting the existence of an exponential bound in the dynamical trian...
We present numerical results supporting the existence of an exponential bound in the dynamical trian...
We have studied a model which has been proposed as a regularization for four-dimensional quantum gra...
We have studied a model which has been proposed as a regularization for four-dimensional quantum gra...
We have studied a model which has been proposed as a regularisation for four dimensional quantum gra...
We show how Gromov's spaces of bounded geometries provide a general mathematical framework for addre...
Through techniques of controlled topology we determine the entropy function characterizing the distr...
We extend simulations of simplicial gravity in four dimensions to include geometric finite-size effe...
A crucial requirement for the standard interpretation of Monte Carlo simulations of simplicial quant...
Thorleifsson G, Bialas P, Petersson B. The weak-coupling limit of simplicial quantum gravity. NUCLEA...
We study quantum gravity on dS3 using the Chern-Simons formulation of three-dimensional gravity. We ...
At the horizon of a black hole, the action of (3+1)-dimensional loop quantum gravity acquires a boun...
For general metric theories of gravity, we compare the approach that describes/derives the field equ...
Abstract We explore thermodynamic contributions to the three-dimensional de Sitter horizon originati...
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