We show how to simulate U(1) gauge fields coupled to three-dimensional quantum gravity and then examine the phase diagram of this system. Quenched mean field theory suggests that a transition separates confined and deconfined phases (for the gauge matter) in both the negative curvature phase and the positive curvature phase of the quantum gravity, but numerical simulations find no evidence for such transitions. © 1994
We investigate the phase diagram of non-perturbative three-dimensional Lorentzian quantum gravity wi...
We investigate the phase diagram of non-perturbative three-dimensional Lorentzian quantum gravity wi...
We investigate the phase diagram of non-perturbative three-dimensional Lorentzian quantum gravity wi...
We show how to simulate U(1) gauge fields coupled to three-dimensional quantum gravity and then exam...
We show how to simulate U(1) gauge fields coupled to three-dimensional quantum gravity and then exam...
We show how to simulate U(1) gauge fields coupled to three-dimensional quantum gravity and then exam...
We show how to simulate U(1) gauge fields coupled to three-dimensional quantum gravity and then exam...
We show how to simulate U(1) gauge fields coupled to three-dimensional quantum gravity and then exam...
We establish the phase diagram of three-dimensional quantum gravity coupled to Ising matter. We find...
We establish the phase diagram of three-dimensional quantum gravity coupled to Ising matter. We find...
We establish the phase diagram of three--dimensional quantum gravity coupled to Ising matter. We fin...
We establish the phase diagram of three-dimensional quantum gravity coupled to Ising matter. We find...
We establish the phase diagram of three-dimensional quantum gravity coupled to Ising matter. We find...
We present the results of numerical simulations aimed at understanding the nature of models encorpor...
We present the results of numerical simulations aimed at understanding the nature of models encorpor...
We investigate the phase diagram of non-perturbative three-dimensional Lorentzian quantum gravity wi...
We investigate the phase diagram of non-perturbative three-dimensional Lorentzian quantum gravity wi...
We investigate the phase diagram of non-perturbative three-dimensional Lorentzian quantum gravity wi...
We show how to simulate U(1) gauge fields coupled to three-dimensional quantum gravity and then exam...
We show how to simulate U(1) gauge fields coupled to three-dimensional quantum gravity and then exam...
We show how to simulate U(1) gauge fields coupled to three-dimensional quantum gravity and then exam...
We show how to simulate U(1) gauge fields coupled to three-dimensional quantum gravity and then exam...
We show how to simulate U(1) gauge fields coupled to three-dimensional quantum gravity and then exam...
We establish the phase diagram of three-dimensional quantum gravity coupled to Ising matter. We find...
We establish the phase diagram of three-dimensional quantum gravity coupled to Ising matter. We find...
We establish the phase diagram of three--dimensional quantum gravity coupled to Ising matter. We fin...
We establish the phase diagram of three-dimensional quantum gravity coupled to Ising matter. We find...
We establish the phase diagram of three-dimensional quantum gravity coupled to Ising matter. We find...
We present the results of numerical simulations aimed at understanding the nature of models encorpor...
We present the results of numerical simulations aimed at understanding the nature of models encorpor...
We investigate the phase diagram of non-perturbative three-dimensional Lorentzian quantum gravity wi...
We investigate the phase diagram of non-perturbative three-dimensional Lorentzian quantum gravity wi...
We investigate the phase diagram of non-perturbative three-dimensional Lorentzian quantum gravity wi...