Level compressibility for the Anderson model on regular random graphs and the eigenvalue statistics in the extended phase
arXiv:1703.10623 · doi:10.1103/PhysRevB.96.064202
Abstract
We calculate the level compressibility of the energy levels inside for the Anderson model on infinitely large random regular graphs with on-site potentials distributed uniformly in . We show that approaches the limit for a broad interval of the disorder strength within the extended phase, including the region of close to the critical point for the Anderson transition. These results strongly suggest that the energy levels follow the Wigner-Dyson statistics in the extended phase, consistent with earlier analytical predictions for the Anderson model on an Erdös-Rényi random graph. Our results are obtained from the accurate numerical solution of an exact set of equations valid for infinitely large regular random graphs.
7 pages, 3 figures
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