Abstract
By studying the time evolution of two configurations submitted to the same thermal noise, we investigate phase space properties of the three-dimensional ±J Ising spin glass. Our results for the distance between states are consistent with the picture of phase space having a multivalley structure below Tc. By fixing the damage at one site, we also study the Hamming distance between the two configurations at its critical point, where the distribution of probability of getting damaged n times is found to be multifractal.
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