Add to ORKGWe study the Ising model on dynamical phi(3) graphs with spherical topology. A finite-size scaling analysis is carried out both with and without an external field leading to numerical estimates for various critical exponents which are in good agreement with analytical calculations. We further determine the equation of state, and measure the correlation of Ising spins on the ensemble of graphs
We study the 2D Ising model on three different types of lattices that are topologically equivalent t...
Using formal arguments based on conformal invariance and on the connection between correlated-site p...
The aim of this article is to study in a rigorous way at the computational level the critical prope...
We study the Ising model on dynamical phi(3) graphs with spherical topology. A finite-size scaling a...
We study with Monte Carlo methods an ensemble of c=&5 gravity graphs, generated by coupling a co...
We present the results of a numerical simulation aimed at understanding the nature of the `c = 1 bar...
The model of p Ising spins coupled to 2d gravity, in the form of a sum over planar phi-cubed graphs,...
Two dimensional quantum gravity coupled to a conformally invariant matter field of central charge c=...
We study a model in which p independent Ising spins are coupled to 2d quantum gravity (in the form o...
We present the results of a numerical simulation aimed at understanding the nature of the c = 1 bar...
An outstanding challenge for models of non-perturbative quantum gravity is the consistent formulatio...
We examine the scaling of geodesic correlation functions in two-dimensional gravity and in spin syst...
We present the results of a numerical simulation aimed at understanding the nature of the c = 1 bar...
We investigated numerically an Ising model coupled to two-dimensional Euclidean gravity with spheric...
We report on single-cluster Monte Carlo simulations of the Ising, 4-state Potts and 10-state Potts m...
We study the 2D Ising model on three different types of lattices that are topologically equivalent t...
Using formal arguments based on conformal invariance and on the connection between correlated-site p...
The aim of this article is to study in a rigorous way at the computational level the critical prope...
We study the Ising model on dynamical phi(3) graphs with spherical topology. A finite-size scaling a...
We study with Monte Carlo methods an ensemble of c=&5 gravity graphs, generated by coupling a co...
We present the results of a numerical simulation aimed at understanding the nature of the `c = 1 bar...
The model of p Ising spins coupled to 2d gravity, in the form of a sum over planar phi-cubed graphs,...
Two dimensional quantum gravity coupled to a conformally invariant matter field of central charge c=...
We study a model in which p independent Ising spins are coupled to 2d quantum gravity (in the form o...
We present the results of a numerical simulation aimed at understanding the nature of the c = 1 bar...
An outstanding challenge for models of non-perturbative quantum gravity is the consistent formulatio...
We examine the scaling of geodesic correlation functions in two-dimensional gravity and in spin syst...
We present the results of a numerical simulation aimed at understanding the nature of the c = 1 bar...
We investigated numerically an Ising model coupled to two-dimensional Euclidean gravity with spheric...
We report on single-cluster Monte Carlo simulations of the Ising, 4-state Potts and 10-state Potts m...
We study the 2D Ising model on three different types of lattices that are topologically equivalent t...
Using formal arguments based on conformal invariance and on the connection between correlated-site p...
The aim of this article is to study in a rigorous way at the computational level the critical prope...