Critical properties of the Anderson localization transition and the high dimensional limit
arXiv:1612.04753 · doi:10.1103/PhysRevB.95.094204
Abstract
In this paper we present a thorough study of transport, spectral and wave-function properties at the Anderson localization critical point in spatial dimensions , , , . Our aim is to analyze the dimensional dependence and to asses the role of the limit provided by Bethe lattices and tree-like structures. Our results strongly suggest that the upper critical dimension of Anderson localization is infinite. Furthermore, we find that the is a much better starting point compared to to describe even three dimensional systems. We find that critical properties and finite size scaling behavior approach by increasing the ones found for Bethe lattices: the critical state becomes an insulator characterized by Poisson statistics and corrections to the thermodynamics limit become logarithmic in . In the conclusion, we present physical consequences of our results, propose connections with the non-ergodic delocalised phase suggested for the Anderson model on infinite dimensional lattices and discuss perspectives for future research studies.
arXiv comment17 pages
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